Blueberry Futures vs Blue Guardian Futures 2026: Drawdown, Payouts, Prices & “BRIDGE” Coupons Compared

Quick answer: Blueberry Futures separates Accelerated intraday/live trailing from Ascent EOD trailing, while Blue Guardian Futures offers Standard, Reserve, Express and Direct with EOD-based frameworks plus plan-specific consistency, buffer and payout-unlock conditions.

Want to put more firms next to each other? See our step-by-step guide to compare prop firms side by side.

I tested the coupon code featured in this article on Tuesday, November 3, 2026, and it worked at checkout.

Coupon answer: Blueberry Futures coupon code “BRIDGE” is currently 60%. Blue Guardian Futures coupon code “BRIDGE” is currently 25%. The code reduces purchase price only.

Featured-snippet answer: Compare the exact futures plans by drawdown method, target, qualifying days, payout eligibility, trading permissions and live BRIDGE-adjusted price. The most important distinction is how the loss floor moves after profitable sessions and withdrawals.

Coupon verification: Prop Firm Bridge independently verified the BRIDGE discount stated in this article.

At a Glance

Scores and statuses are context rather than a universal answer. A futures trader should choose the plan whose loss-floor mechanics, qualification rules and payout cycle fit the strategy.

Program Map

Program Deep Dive

Blueberry Futures — Accelerated

Accelerated is currently a One-Step Futures Challenge — Accelerated futures account with target 6–6.67% depending on size, daily rule 0% — no separate daily loss limit, maximum-loss rule 3–4% intraday/live trailing depending on size, Intraday/live trailing drawdown based on the highest equity watermark drawdown, 90% to the trader profit share, minimum-day condition 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

The exact daily-loss rule for this program is the value shown in the program table above. If the plan uses no separate daily limit, a soft stop, a dollar limit or a size-dependent rule, use the live dashboard value rather than a generic percentage conversion.

This account contains a trailing component, so profitable highs can move the loss floor. The order of wins, losses and withdrawals therefore matters. Traders should record the active floor before every session.

The current qualifying-day description is 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as allowed, and EA use as restricted.

The stored price ladder begins around $110.4 at $25,000 and reaches $454 at $150,000. The current BRIDGE headline is 60%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Blueberry Futures — Ascent

Ascent is currently a One-Step Futures Challenge — Ascent futures account with target 6–6.67% depending on size, daily rule 0% — no separate daily loss limit, maximum-loss rule 3–4% EOD trailing depending on size, End-of-day trailing drawdown based on closing balance drawdown, 90% to the trader profit share, minimum-day condition 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

The exact daily-loss rule for this program is the value shown in the program table above. If the plan uses no separate daily limit, a soft stop, a dollar limit or a size-dependent rule, use the live dashboard value rather than a generic percentage conversion.

This account contains a trailing component, so profitable highs can move the loss floor. The order of wins, losses and withdrawals therefore matters. Traders should record the active floor before every session.

The current qualifying-day description is 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as allowed, and EA use as restricted.

The stored price ladder begins around $139 at $25,000 and reaches $607 at $150,000. The current BRIDGE headline is 60%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Blue Guardian Futures — Standard

Standard is currently a One-Step Standard futures account with target 6%, daily rule None on $25K; $1,000 / $2,000 / $3,000 soft limit on larger sizes, maximum-loss rule $1,000 / $2,000 / $3,500 / $5,000 EOD trailing, End of Day trailing in evaluation and funded stages; active floor is enforced during trading drawdown, 90% to trader profit share, minimum-day condition May pass in 1 trading day; first funded payout eligibility starts after 3 days and payout timing From 3 days after the first funded trade when target, buffer, and 40% consistency are met.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

The exact daily-loss rule for this program is the value shown in the program table above. If the plan uses no separate daily limit, a soft stop, a dollar limit or a size-dependent rule, use the live dashboard value rather than a generic percentage conversion.

This account contains a trailing component, so profitable highs can move the loss floor. The order of wins, losses and withdrawals therefore matters. Traders should record the active floor before every session.

The current qualifying-day description is May pass in 1 trading day; first funded payout eligibility starts after 3 days. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is From 3 days after the first funded trade when target, buffer, and 40% consistency are met. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as restricted, and EA use as program-specific.

The stored price ladder begins around $154 at $25,000 and reaches $424 at $150,000. The current BRIDGE headline is 25%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Blue Guardian Futures — Reserve

Reserve is currently a One-Step Reserve futures account with target 6%, daily rule No standard daily loss limit; optional soft daily loss configuration may apply, maximum-loss rule $1,000 / $2,000 / $3,000 / $4,500 EOD trailing, End of Day trailing; current rules lock the floor under the plan threshold drawdown, 90% to trader profit share, minimum-day condition Evaluation requires 50% consistency; funded payouts require 5 qualifying winning days and payout timing After 5 qualifying winning days and any applicable later-cycle net-profit requirement.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

This plan may use no separate daily limit or a dollar-based soft stop. A personal stop should be materially tighter.

This account contains a trailing component, so profitable highs can move the loss floor. The order of wins, losses and withdrawals therefore matters. Traders should record the active floor before every session.

The current qualifying-day description is Evaluation requires 50% consistency; funded payouts require 5 qualifying winning days. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is After 5 qualifying winning days and any applicable later-cycle net-profit requirement. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as restricted, and EA use as program-specific.

The stored price ladder begins around $110 at $25,000 and reaches $398 at $150,000. The current BRIDGE headline is 25%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Blue Guardian Futures — Express

Express is currently a One-Step Express futures account with target 6%, daily rule Plan-specific funded soft daily loss limits; verify the live dashboard, maximum-loss rule $1,000 / $2,000 / $3,000 / $4,500 EOD trailing in evaluation, End of Day trailing with plan-specific funded buffer and lock behavior drawdown, 90% to trader profit share, minimum-day condition Evaluation pass speed is governed by 40% consistency; funded withdrawals may be available daily and payout timing Daily after funded buffer, minimum, and plan-specific conditions are met.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

This plan may use no separate daily limit or a dollar-based soft stop. A personal stop should be materially tighter.

This account contains a trailing component, so profitable highs can move the loss floor. The order of wins, losses and withdrawals therefore matters. Traders should record the active floor before every session.

The current qualifying-day description is Evaluation pass speed is governed by 40% consistency; funded withdrawals may be available daily. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is Daily after funded buffer, minimum, and plan-specific conditions are met. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as restricted, and EA use as program-specific.

The stored price ladder begins around $106 at $25,000 and reaches $345 at $150,000. The current BRIDGE headline is 25%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Blue Guardian Futures — Direct

Direct is currently a Instant Funding Direct futures account with target No evaluation; payout profit goals apply, daily rule $1,000 / $1,250 / $2,500 / $3,000 soft daily loss limit, maximum-loss rule $1,500 / $2,000 / $3,500 / $4,500 EOD framework, End of Day framework that becomes fixed under the current lock or first-payout condition drawdown, 90% to trader profit share, minimum-day condition No evaluation; payout unlock depends on profit goal and consistency and payout timing On demand after the current payout goal, consistency, and risk conditions are met.

The exact target for this program is the value or range shown in the program table above. Range-based targets and dollar-based loss rules must remain in their original form rather than being coerced into one percentage. Compare the target with the exact live daily-loss and maximum-loss framework for the selected account.

The exact daily-loss rule for this program is the value shown in the program table above. If the plan uses no separate daily limit, a soft stop, a dollar limit or a size-dependent rule, use the live dashboard value rather than a generic percentage conversion.

This account's recorded overall framework is more stable, but funded-stage buffer and payout conditions still matter. Traders should record the active floor before every session.

The current qualifying-day description is No evaluation; payout unlock depends on profit goal and consistency. A benchmark day, trading day and winning day are not interchangeable. The trader should check how often the strategy naturally meets the required definition.

The current payout description is On demand after the current payout goal, consistency, and risk conditions are met. Real payout speed is eligibility time plus processing time. A fast headline cycle can still be delayed by consistency, minimum-profit or buffer conditions.

Current PFB permissions record news trading as allowed, weekend holding as restricted, and EA use as program-specific.

The stored price ladder begins around $307 at $25,000 and reaches $824 at $150,000. The current BRIDGE headline is 25%.

A lower fee can be more expensive over time if a trader repeatedly fails an unfamiliar drawdown model. True cost should include the expected number of attempts.

The best-fit test is whether the trader can run the normal strategy without altering entry timing, holding duration, profit concentration or risk size.

Program-Pair Matrix

Accelerated vs Standard

Accelerated uses target 6–6.67% depending on size, drawdown Intraday/live trailing drawdown based on the highest equity watermark, minimum-day condition 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Standard uses target 6%, drawdown End of Day trailing in evaluation and funded stages; active floor is enforced during trading, minimum-day condition May pass in 1 trading day; first funded payout eligibility starts after 3 days and payout timing From 3 days after the first funded trade when target, buffer, and 40% consistency are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Accelerated vs Reserve

Accelerated uses target 6–6.67% depending on size, drawdown Intraday/live trailing drawdown based on the highest equity watermark, minimum-day condition 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Reserve uses target 6%, drawdown End of Day trailing; current rules lock the floor under the plan threshold, minimum-day condition Evaluation requires 50% consistency; funded payouts require 5 qualifying winning days and payout timing After 5 qualifying winning days and any applicable later-cycle net-profit requirement.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Accelerated vs Express

Accelerated uses target 6–6.67% depending on size, drawdown Intraday/live trailing drawdown based on the highest equity watermark, minimum-day condition 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Express uses target 6%, drawdown End of Day trailing with plan-specific funded buffer and lock behavior, minimum-day condition Evaluation pass speed is governed by 40% consistency; funded withdrawals may be available daily and payout timing Daily after funded buffer, minimum, and plan-specific conditions are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Accelerated vs Direct

Accelerated uses target 6–6.67% depending on size, drawdown Intraday/live trailing drawdown based on the highest equity watermark, minimum-day condition 1 qualifying evaluation trading day; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Direct uses target No evaluation; payout profit goals apply, drawdown End of Day framework that becomes fixed under the current lock or first-payout condition, minimum-day condition No evaluation; payout unlock depends on profit goal and consistency and payout timing On demand after the current payout goal, consistency, and risk conditions are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Ascent vs Standard

Ascent uses target 6–6.67% depending on size, drawdown End-of-day trailing drawdown based on closing balance, minimum-day condition 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Standard uses target 6%, drawdown End of Day trailing in evaluation and funded stages; active floor is enforced during trading, minimum-day condition May pass in 1 trading day; first funded payout eligibility starts after 3 days and payout timing From 3 days after the first funded trade when target, buffer, and 40% consistency are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Ascent vs Reserve

Ascent uses target 6–6.67% depending on size, drawdown End-of-day trailing drawdown based on closing balance, minimum-day condition 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Reserve uses target 6%, drawdown End of Day trailing; current rules lock the floor under the plan threshold, minimum-day condition Evaluation requires 50% consistency; funded payouts require 5 qualifying winning days and payout timing After 5 qualifying winning days and any applicable later-cycle net-profit requirement.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Ascent vs Express

Ascent uses target 6–6.67% depending on size, drawdown End-of-day trailing drawdown based on closing balance, minimum-day condition 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Express uses target 6%, drawdown End of Day trailing with plan-specific funded buffer and lock behavior, minimum-day condition Evaluation pass speed is governed by 40% consistency; funded withdrawals may be available daily and payout timing Daily after funded buffer, minimum, and plan-specific conditions are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Ascent vs Direct

Ascent uses target 6–6.67% depending on size, drawdown End-of-day trailing drawdown based on closing balance, minimum-day condition 2 qualifying evaluation trading days; qualifying day requires at least $200 net realized profit and payout timing After 5 new qualifying funded profit days per payout cycle; each qualifying day requires at least $200 net profit. Direct uses target No evaluation; payout profit goals apply, drawdown End of Day framework that becomes fixed under the current lock or first-payout condition, minimum-day condition No evaluation; payout unlock depends on profit goal and consistency and payout timing On demand after the current payout goal, consistency, and risk conditions are met.

For this pair, compare how the loss floor behaves after a strong profitable day. If one model trails intraday while the other updates EOD, the same trade sequence can leave different remaining buffer even when net profit is identical.

Compare how naturally the strategy satisfies qualifying days. A system with a few large trades can experience benchmark or winning-day requirements very differently from a high-frequency strategy.

Compare the first realistic payout, not the shortest advertised cycle. Add minimum profit, consistency, caps and any funded buffer to the calendar estimate.

Finally, apply BRIDGE to the live base fee and calculate expected cost across one, two and three attempts. Price should be the final filter.

Risk Math

$25,000 account

At $25,000, 0.25% is $62.5, 0.5% is $125, 1% is $250, 2% is $500, 3% is $750, 4% is $1,000 and 6% is $1,500. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$50,000 account

At $50,000, 0.25% is $125, 0.5% is $250, 1% is $500, 2% is $1,000, 3% is $1,500, 4% is $2,000 and 6% is $3,000. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$75,000 account

At $75,000, 0.25% is $187.5, 0.5% is $375, 1% is $750, 2% is $1,500, 3% is $2,250, 4% is $3,000 and 6% is $4,500. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$100,000 account

At $100,000, 0.25% is $250, 0.5% is $500, 1% is $1,000, 2% is $2,000, 3% is $3,000, 4% is $4,000 and 6% is $6,000. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$125,000 account

At $125,000, 0.25% is $312.5, 0.5% is $625, 1% is $1,250, 2% is $2,500, 3% is $3,750, 4% is $5,000 and 6% is $7,500. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$150,000 account

At $150,000, 0.25% is $375, 0.5% is $750, 1% is $1,500, 2% is $3,000, 3% is $4,500, 4% is $6,000 and 6% is $9,000. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

$200,000 account

At $200,000, 0.25% is $500, 0.5% is $1,000, 1% is $2,000, 2% is $4,000, 3% is $6,000, 4% is $8,000 and 6% is $12,000. These values should be known before the first trade.

If the dollar amount at normal risk changes trader behavior, the nominal account is too large at that risk percentage even if the coupon makes it appear more efficient.

Trader Scenarios

Scenario 1: one-day passer

For a one-day passer, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 2: low-frequency swing trader

For a low-frequency swing trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 3: high-frequency scalper

For a high-frequency scalper, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 4: news trader

For a news trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 5: EA trader

For a EA trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 6: trader who hates intraday trailing

For a trader who hates intraday trailing, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 7: trader who prefers EOD trailing

For a trader who prefers EOD trailing, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 8: fast-payout trader

For a fast-payout trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 9: consistency-sensitive trader

For a consistency-sensitive trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 10: large-account trader

For a large-account trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 11: first-time futures prop trader

For a first-time futures prop trader, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 12: trader who withdraws aggressively

For a trader who withdraws aggressively, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 13: trader with large unrealized gains

For a trader with large unrealized gains, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 14: trader with uneven daily profit

For a trader with uneven daily profit, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 15: trader focused on the cheapest entry

For a trader focused on the cheapest entry, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 16: trader focused on maximum profit share

For a trader focused on maximum profit share, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 17: trader who wants predictable cash flow

For a trader who wants predictable cash flow, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 18: trader who wants fewer qualifying days

For a trader who wants fewer qualifying days, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 19: trader comparing $50K accounts

For a trader comparing $50K accounts, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 20: trader comparing $100K accounts

For a trader comparing $100K accounts, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 21: trader comparing $150K accounts

For a trader comparing $150K accounts, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 22: trader planning multiple funded accounts

For a trader planning multiple funded accounts, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 23: trader worried about post-payout drawdown

For a trader worried about post-payout drawdown, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 24: trader using micros

For a trader using micros, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Scenario 25: trader using full-size futures contracts

For a trader using full-size futures contracts, the comparison should begin with the exact loss-floor method and qualifying-day rule. Then translate the rule into dollars at the intended account size and replay a normal winning week followed by a losing week.

Next, estimate realistic payout timing and post-withdrawal buffer. Only after those checks should the trader compare the 60% versus 25% BRIDGE savings.

Search-Intent FAQ

Which is cheaper?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has easier drawdown?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which uses EOD trailing?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which pays faster?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has the higher split?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has fewer consistency rules?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better for scalping?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better for swing trading?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which allows news trading?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which allows weekend holding?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which allows EAs?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better at 25K?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better at 50K?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better at 100K?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better at 150K?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has the larger BRIDGE discount?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has lower two-attempt cost?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has lower three-attempt cost?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

What happens after a payout?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

What if I pass in one day?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

What if one day makes most of my profit?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

What if I withdraw all available profit?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is easier for a beginner?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which fits a low-frequency trader?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which fits a high-frequency trader?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has more predictable cash flow?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which rule is most likely to cause a breach?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which has more account-size choices?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Which is better if I hate trailing drawdown?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Do BRIDGE codes change the rules?

The answer depends on the exact program pair. Use the pair matrix above, translate the loss rule into dollars, and include qualifying-day and payout conditions. For price, apply BRIDGE to the current live base fee. For risk, distinguish EOD, intraday and static drawdown rather than comparing only the headline percentage.

Additional decision case 1: swing trading on a $50,000 account at 0.5% risk

At 0.5% risk on $50,000, one full-risk loss is $250. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.5% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For swing trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 2: news trading on a $100,000 account at 0.75% risk

At 0.75% risk on $100,000, one full-risk loss is $750. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.75% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For news trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 3: systematic trading on a $150,000 account at 1% risk

At 1% risk on $150,000, one full-risk loss is $1,500. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 1% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For systematic trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 4: scalping on a $25,000 account at 0.25% risk

At 0.25% risk on $25,000, one full-risk loss is $62.5. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.25% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For scalping, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 5: swing trading on a $50,000 account at 0.5% risk

At 0.5% risk on $50,000, one full-risk loss is $250. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.5% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For swing trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 6: news trading on a $100,000 account at 0.75% risk

At 0.75% risk on $100,000, one full-risk loss is $750. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.75% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For news trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 7: systematic trading on a $150,000 account at 1% risk

At 1% risk on $150,000, one full-risk loss is $1,500. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 1% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For systematic trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 8: scalping on a $25,000 account at 0.25% risk

At 0.25% risk on $25,000, one full-risk loss is $62.5. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.25% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For scalping, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 9: swing trading on a $50,000 account at 0.5% risk

At 0.5% risk on $50,000, one full-risk loss is $250. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.5% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For swing trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 10: news trading on a $100,000 account at 0.75% risk

At 0.75% risk on $100,000, one full-risk loss is $750. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.75% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For news trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 11: systematic trading on a $150,000 account at 1% risk

At 1% risk on $150,000, one full-risk loss is $1,500. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 1% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For systematic trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 12: scalping on a $25,000 account at 0.25% risk

At 0.25% risk on $25,000, one full-risk loss is $62.5. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.25% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For scalping, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 13: swing trading on a $50,000 account at 0.5% risk

At 0.5% risk on $50,000, one full-risk loss is $250. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.5% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For swing trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 14: news trading on a $100,000 account at 0.75% risk

At 0.75% risk on $100,000, one full-risk loss is $750. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 0.75% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For news trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Additional decision case 15: systematic trading on a $150,000 account at 1% risk

At 1% risk on $150,000, one full-risk loss is $1,500. Compare that amount with each program’s current loss floor and qualifying-day requirement. The purpose is not to recommend 1% risk, but to show whether the strategy can survive an ordinary losing sequence without approaching the firm boundary.

For systematic trading, also check whether the account’s drawdown updates intraday or at EOD, whether the strategy needs overnight or news exposure, and whether a large winning day creates a consistency or benchmark-day issue. This makes the comparison specific to actual trader behavior instead of a generic scorecard.

Finally, compare the live BRIDGE-adjusted fee and the expected number of attempts. A lower fee is useful only when the program is likely to be traded consistently enough to reach funded payouts.

Final Comparison

Blueberry Futures separates Accelerated intraday/live trailing from Ascent EOD trailing, while Blue Guardian Futures offers Standard, Reserve, Express and Direct with EOD-based frameworks plus plan-specific consistency, buffer and payout-unlock conditions.

The current BRIDGE relationship is 60% at Blueberry Futures and 25% at Blue Guardian Futures. Choose the drawdown and payout system first, then use BRIDGE to reduce the purchase cost.

Research and source links

• Blueberry Futures review
• Blue Guardian Futures review
• Blueberry Futures official website
• Blue Guardian Futures official website

Last verified in 2026.