Tactical View is not supported in this mod, as my primary focus is on hands on gameplay mechanics. If you are specifically looking for a mod that supports Tactical View, this build might not be for you.

AGT GAMEPLAY is no longer in Beta.

After multiple versions of testing, rebuilding, balancing, and redesigning FC 26's gameplay systems, AGT Gameplay has reached its full V1 release.

This is not a simple slider mod, difficulty tweak, or slower version of FC 26.

AGT GAMEPLAY V1 is a complete physics-first gameplay conversion designed to make FC 26 feel heavier, smarter, more physical, more tactical, and significantly less dependent on magnetic assistance or repetitive arcade behavior.

The goal is to create football where outcomes are determined more by:

• Player attributes

• Positioning

• Decision-making

• Momentum

• Body orientation

• Pressure

• Technique

• Fatigue

• Physical contact

• Live ball physics

• Tactical structure

rather than excessive animation correction, automatic assistance, or predictable gameplay patterns.

The result is a version of FC 26 that should feel much closer to a true football simulation while remaining responsive and enjoyable to control.

How to Use

• Difficulty: World Class or higher is preferred

• Player Based Difficulty: On

• Gameplay Preset:

  • Competitive: Select this if you prefer faster movement

  • Authentic: Select this if you prefer a slower, realistic tempo

  • Custom: Not recommended, as tweaking custom values may override modded parameters and revert them back to default game code

Weather Settings

• Wind Effect: Dynamic (you can adjust this as you like, but High or Dynamic is recommended so every weather condition feels unique)

• Weather Effects: On

CPU Sliders

• Preset: Dynamic (Tactical works as well, but Dynamic is recommended so every opponent feels distinct rather than identical)

• Custom: Not recommended, as setting custom sliders can reset modded values back to default code

Make sure AGT GAMEPLAY is set as your top priority in Mod Manager. If you are also using my All in One mod, AGT GAMEPLAY needs to have higher priority than that mod (placed above it in the list).

1. HEAVIER, PHYSICS-DRIVEN FOOTBALL

The entire gameplay experience has been rebuilt around a much heavier physical foundation.

The ball behaves more like an independent physical object instead of something magnetically connected to players.

Ball movement now responds more strongly to:

• Velocity

• Spin

• Air resistance

• Grass friction

• Contact angle

• Incoming momentum

• Body position

• Ball height

• Deflections

• Contact quality

Ground passes naturally lose speed while travelling across the pitch.

Shots have more believable acceleration, elevation, rotation, and decay.

Headers, crosses, flicks, clearances, first touches, blocks, rebounds, and interceptions all create more varied physical outcomes.

A deflection does not always conveniently return the ball to a nearby player.

A tackle does not automatically produce perfect possession.

A blocked pass can create a genuine second-ball situation.

This makes matches feel considerably less predetermined and much more alive.

2. HEAVIER BALL & MORE AUTHENTIC BALL FLIGHT

One of the foundations of AGT Gameplay remains the Heavy Ball philosophy.

The ball has been tuned around the behavior of a professional match ball rather than an arcade projectile.

Air resistance, spin interaction, friction, and momentum have been extensively rebuilt.

This creates:

• More believable shot dip

• More natural long-pass decay

• Heavier ground passing

• More realistic bouncing

• Better ball resistance on different pitches

• More authentic loose-ball situations

Spin also has a much stronger relationship with ball flight.

Finesse shots, outside-foot strikes, technical passes, and other spinning contacts can create more recognizable aerodynamic movement without every shot following the same canned trajectory.

3. HEAVIER PLAYER MOVEMENT & LESS ICE-SKATING

Player locomotion has received one of the largest overhauls in the mod.

Players now carry considerably more physical weight when:

• Accelerating

• Sprinting

• Stopping

• Turning

• Changing direction

• Dribbling

• Receiving the ball

• Entering physical challenges

Running at maximum speed and instantly turning 90 degrees is much harder.

Players need to slow down, plant their feet, and transfer their weight before making extreme changes of direction.

Fast players are still dangerous.

Agile players remain agile.

But acceleration and agility no longer allow players to completely ignore momentum.

Strong and heavier players feel more planted.

Smaller technical players remain sharper but still obey believable physical movement.

4. MORE DISTINCT RUNNING STYLES

Running styles have been further differentiated.

Players using different locomotion styles should no longer feel like they are all using the same hidden movement model underneath different animations.

Running styles now have more recognizable differences in:

• Cadence

• Stride length

• Body posture

• Acceleration rhythm

• Sprint rhythm

• Movement weight

Explosive players feel sharper.

Long-stride runners feel different from high-cadence players.

Heavier players require more commitment when changing direction.

The objective is greater player individuality.

5. PLAYER ATTRIBUTES MATTER MORE

AGT Gameplay places significantly more importance on player attributes.

Elite players should feel elite because they can perform difficult football actions more consistently—not because the game secretly corrects everything for them.

Attributes influence areas such as:

• Reactions

• First touch

• Passing preparation

• Shooting preparation

• Dribbling

• Defensive recognition

• Trajectory reading

• Acceleration

• Sprinting

• Physical challenges

• Weak-foot reliability

• Recovery after difficult touches

• Ball control under pressure

A world-class midfielder should recognize situations faster.

An elite defender should anticipate danger sooner.

A great dribbler should regain control faster after difficult touches.

An elite finisher should place difficult shots more consistently.

Lower-rated players remain professional footballers, but their weaknesses are more visible.

6. MORE MEANINGFUL WEAK FOOT

Weak-foot ability has a greater physical effect.

Players with a poor weak foot may:

• Open their hips before acting

• Need an additional touch

• Shift the ball onto the preferred foot

• Use a less stable passing animation

• Lose some shot power

• Lose some passing accuracy

• Take longer to prepare the action

Players with strong weak-foot ratings remain considerably more versatile.

The game is less likely to hide a player's weak-foot weakness through automatic animation selection.

7. PHYSICAL FIRST TOUCHES

The ball is no longer automatically glued to the receiving player's foot.

First-touch quality depends much more on:

• Incoming ball velocity

• Ball height

• Player movement

• Body orientation

• Pressure

• Reach

• Technical ability

• Perception

A clean pass into an elite midfielder can still produce a beautiful first touch.

A powerful pass into a player sprinting in the opposite direction can create a heavier touch.

A difficult interception may produce a loose ball rather than perfect possession.

This creates more realistic midfield battles and second-ball situations.

8. HEAVIER DRIBBLING & SKILL MOVES

Dribbling has been rebuilt around momentum and player quality.

Average players cannot repeatedly chain extreme direction changes without consequence.

High-speed dribbling now requires commitment.

Skill moves have more recovery time and physical weight.

Elite technical players remain expressive because they can:

• Regain control faster

• Execute actions more quickly

• Change targets more efficiently

• Maintain possession in tighter areas

• Accelerate into space more effectively

Responsiveness now has to be earned through ability.

9. COMPLETE PASSING PHYSICS OVERHAUL

Passing has been rebuilt from the ball-contact level upward.

Low-, normal-, and high-power passes now behave more distinctly.

Low-Power Passing

Soft passes absorb more incoming momentum and are useful for:

• Close combinations

• Possession play

• Short layoffs

• Controlled touches

Standard Passing

Normal passes provide the balanced speed and control needed for realistic midfield circulation.

High-Power Passing

Strong passes move much more decisively while demanding better technique and receiver control.

The ball no longer feels like it is magnetically travelling between players.

10. LESS MAGNETIC PASSING ASSISTANCE

Artificial passing correction has been reduced.

The game respects manual direction more strongly.

A poorly aimed pass is less likely to be magically redirected toward a convenient teammate.

Player quality still matters.

Elite passers have better control over difficult deliveries, while weaker players are more likely to produce imperfect passes under pressure.

This creates greater responsibility for:

• Vision

• Timing

• Body position

• Passing lanes

• Manual direction

11. THROUGH BALLS TARGET SPACE

Ground and lofted through balls have been extensively rebuilt.

Instead of constantly trying to place the ball directly onto the receiver's feet, the targeting logic is more capable of playing into the space ahead of a runner.

This creates genuine races between:

• Attacker

• Defender

• Goalkeeper

• Ball

Good timing becomes much more important.

Poorly timed through balls are easier to intercept.

Elite passers can attempt more ambitious deliveries into space.

12. CROSSING & WIDE PLAY

Crossing is less magnetic and more dependent on actual delivery quality.

Different crossing types now produce clearer differences in:

• Speed

• Elevation

• Spin

• Momentum

• Flight

• Contact

Crosses are more capable of attacking dangerous space rather than automatically finding a striker.

Successful wide play requires:

• Good timing

• Good delivery

• Intelligent attacking movement

• Correct positioning

Poor crosses may be:

• Overhit

• Underhit

• Intercepted

• Cleared

• Claimed by the goalkeeper

13. MORE PHYSICAL HEADERS

Headers have been rebuilt to feel heavier and less magnetic.

Clean headers transfer more believable momentum into the ball.

Poor body position, contact height, movement angle, and timing still affect quality.

Players also need better alignment with the incoming ball before the game chooses a heading action.

This reduces unrealistic situations where the engine drags a player toward the ball just to complete a heading animation.

Header passing also has clearer low-, normal-, and high-power behavior.

This creates:

• Cushioned headers

• Controlled aerial layoffs

• Defensive redirections

• Strong flick-ons

• Powerful attacking headers

14. MORE RESPONSIVE PASSING & SHOOTING

Passing and shooting animation activation has been made more responsive.

In the original game, pressing a button can sometimes trigger hidden preparation before the actual action.

The game may:

• Reposition the feet

• Rotate the body

• Adjust the player toward the ball

• Search for a cleaner animation

AGT Gameplay reduces many of these hidden corrections.

The action depends more heavily on the situation you actually created.

A well-positioned player can execute quickly.

An off-balance player may produce an awkward contact.

The game does less work to automatically fix the player's body before performing the action.

15. COMPLETE SHOOTING PHYSICS OVERHAUL

Shooting has been heavily rebuilt.

Normal shots respond more strongly to:

• Shot power

• Player attributes

• Body orientation

• Balance

• Momentum

• Fatigue

• Weak foot

• Pressure

• Incoming-ball speed

• Contact quality

Low-, standard-, and high-power shots have much more distinct physical identities.

Low-Power Shots

More controlled and placement-focused.

Standard Shots

Balanced between power, accuracy, elevation, and control.

High-Power Shots

Much more aggressive when executed properly without becoming unrealistic rocket shots.

16. SHOOTING IS FAIRER & LESS RANDOM

One of the latest V1 improvements specifically addresses shooting that became too punishing during development.

Earlier versions could stack too many accuracy penalties at once.

A player could be penalized simultaneously by:

• Attributes

• Body orientation

• Pressure

• Shot angle

• Target selection

• Contact quality

• Physical miss deformation

This could make ordinary professional players feel like they needed luck simply to hit the target.

V1 reduces this excessive stacking.

Lower-rated players remain less consistent than elite finishers, but they are still professional footballers.

A good chance should normally be capable of producing a shot on target.

Nearby defenders still make finishing harder, but merely having a defender close to the shooter should no longer automatically send the ball several metres wide.

Poor body position, weak-foot shooting, fatigue, pressure, and difficult contact continue to matter.

The difference is that these factors now influence the quality of the finish rather than almost guaranteeing failure.

17. LONG-RANGE SHOOTING IS A REAL THREAT

Outside-the-box shooting has been specifically reworked.

Previously, long-range shots could feel:

• Too slow

• Too easy for goalkeepers to catch

• Too strongly pulled toward the centre of the goal

• Difficult to intentionally place toward the corners

The long-range shooting model now engages earlier.

Strong strikes from around 20–30 metres carry significantly more velocity.

Distance also has less influence on shrinking the usable shooting target.

A player aiming toward the left or right corner should now be capable of actually attacking that area rather than constantly producing shots near the goalkeeper.

Long-range scoring remains difficult.

The difference is that difficulty now comes more from:

• Goalkeeper quality

• Shooter quality

• Pressure

• Body position

• Technique

• Execution

instead of artificially slow shots and overly central targeting.

18. FINESSE, TRIVELA & SIGNATURE STRIKES

Different shooting techniques retain stronger identities.

Finesse shots produce more recognizable curved trajectories.

Outside-foot strikes maintain distinctive movement.

Spin and aerodynamic behavior have a greater influence on technical shooting.

Signature abilities remain useful without completely replacing physical ball behavior.

19. POWER SHOTS

Power shots remain high-risk, high-reward.

A clean strike from a powerful elite shooter can be extremely dangerous.

Poor preparation can still reduce accuracy.

Factors include:

• Balance

• Fatigue

• Body orientation

• Pressure

• Contact quality

Power-shot speed has also been corrected from the exaggerated test values used during development.

20. IMPROVED VOLLEYS & BICYCLE KICKS

Airborne first-time finishing has received additional V1 tuning.

Earlier versions could produce situations where:

the player aims toward goal
but a volley or bicycle travels in a completely unrelated direction.

The aerial-shot accuracy system has been rebuilt so valid first-time airborne finishes respect the intended aim much more strongly.

Body position and contact quality still influence:

• Shot power

• Flight

• Animation

• Technique

But a correctly executed bicycle or volley should no longer randomly travel toward the corner flag.

Bicycle kicks also have clearer low-, standard-, and high-power contact behavior.

A properly created bicycle opportunity is now a genuine scoring threat.

21. MEANINGFUL MIDFIELD FOOTBALL

One of the biggest goals of AGT Gameplay is to restore the midfield.

Default FC gameplay can become extremely end-to-end because the ball travels so quickly between defensive and attacking phases.

AGT Gameplay gives midfielders more time to influence the match.

Midfielders can:

• Close passing lanes

• Contest second balls

• Build triangles

• Support possession

• Track transitions

• Protect central space

• Step into passing lanes

• Recycle possession

• Control match tempo

The objective is not simply slower football.

Matches can still become fast when space opens.

The difference is that tempo changes according to the football situation rather than remaining permanently end-to-end.

22. SMARTER PLAYER SCANNING & PERCEPTION

Players now scan their surroundings more intelligently.

They maintain awareness of relevant nearby players for longer and change visual targets more naturally.

This improves:

• Marking

• Off-ball awareness

• Passing support

• Loose-ball reactions

• Defensive tracking

• Threat recognition

Players do not receive impossible 360-degree awareness.

Visual orientation still matters.

23. IMPROVED TRAJECTORY READING

Players now differ more strongly in how quickly they understand the flight of:

• Passes

• Crosses

• Rebounds

• Deflections

• Loose balls

Elite players can read the trajectory earlier and maintain movement more effectively.

Lower-rated players may react later.

This makes reactions and anticipation more attribute-driven.

24. LESS ANIMATION LOCKING

Several gameplay systems have been changed to return control to the player sooner.

Players recover control faster after:

• Passes

• Shots

• Difficult touches

• Missed chances

• Some collision interactions

Missed-shot complaint animations are shorter.

Players return to tactical positioning sooner.

Collision avoidance has also been reduced where it caused unrealistic sliding around another player's body.

25. SMARTER & MORE DANGEROUS CPU AI

CPU intelligence has been extensively rebuilt.

The objective is to make the CPU difficult because it plays better football—not because it receives artificial advantages.

CPU players have improved:

• Spatial awareness

• Vision

• Passing decisions

• Dribbling

• Ball protection

• Shooting decisions

• Crossing

• Risk assessment

• Support movement

• Counterattacking

• Buildup progression

The CPU recognizes opportunities earlier and reacts more decisively.

26. CPU SHOOTS MORE DECISIVELY

CPU attackers are much less hesitant around goal.

They are more willing to shoot when a reasonable opening exists instead of constantly playing another unnecessary pass.

This includes:

• Long-range shots

• Turning shots

• Weak-foot finishes

• Finesse attempts

• Quick first-time opportunities

Players with stronger long-shot ability are more willing to attempt difficult shots from distance.

27. ELITE CPU DRIBBLING

CPU ball carriers are significantly harder to dispossess.

They now:

• Recognize defensive pressure earlier

• Change direction more quickly

• Protect the ball better

• Predict approaching challenges

• Attack space more aggressively

• Use stronger sprint bursts

Elite dribblers are particularly dangerous.

This is not achieved through magnetic possession.

Good manual positioning and tackling can still win the ball.

28. STRONGER TEAM & TACTICAL IDENTITY

CPU teams are encouraged to behave according to their tactical identity.

Possession teams build more patiently.

Counterattacking teams attack space quickly.

Direct teams progress vertically.

Tiki-taka teams rely more heavily on combinations and first-touch passing.

Dribbling-oriented teams carry the ball more frequently.

Crossing-oriented teams use wide areas more aggressively.

Defensive styles also differ more clearly in:

• Pressing

• Tackling

• Shape

• Width

• Line height

• Marking

The objective is to stop every CPU team from gradually converging into the same hidden playstyle.

29. MORE CONSERVATIVE FULLBACKS

Fullbacks are less likely to abandon their defensive position unnecessarily.

They can still support attacks, but they remain more conscious of the space behind them.

This creates:

• Better counterattack protection

• More believable defensive structure

• Better balance between attack and defense

30. IMPROVED DEFENSIVE INTELLIGENCE

Defenders maintain better awareness of:

• Attackers

• Passing lanes

• Dangerous space

• Runs between the lines

• Developing transitions

Elite defenders react sooner because of their attributes rather than receiving universal hidden recovery boosts.

Defensive movement feels more proactive without becoming robotic.

31. LESS MAGNETIC INTERCEPTIONS

Interceptions are no longer guaranteed to create perfect possession.

A defender may:

• Block the pass

• Deflect the ball

• Knock it loose

• Create a second-ball situation

• Make a controlled interception

The outcome depends on:

• Incoming speed

• Reach

• Technique

• Movement

• Body orientation

• Perception

32. MORE PHYSICAL DEFENDING

Shoulder challenges, body contact, tackling, and physical duels have been reworked.

Strong defenders can use their body more effectively.

But standing near the ball no longer automatically gives possession.

Defensive success depends more on:

• Positioning

• Timing

• Strength

• Body angle

• Anticipation

33. PROACTIVE GOALKEEPERS

Goalkeepers have received a major intelligence overhaul.

They behave more like an active final defender instead of simply waiting for a save animation.

Keepers have improved:

• Positioning

• Shot recognition

• Trajectory reading

• Recovery

• Line-of-sight behavior

• Rushing

• One-on-one preparation

• Angle management

• Save selection

Goalkeepers also respond differently to different shot types.

34. GOALKEEPER SHOT RECOGNITION

Goalkeepers can better distinguish between:

• Normal shots

• Finesse shots

• Power shots

• Chips

• Low-driven strikes

• Trivelas

• Knuckle-style shots

This allows them to prepare more intelligently before the save attempt.

Difficulty comes more from anticipation and positioning rather than impossible reaction boosts.

35. STRONGER GOALKEEPER IDENTITY

Goalkeeper attributes matter more.

Elite keepers differentiate themselves through:

• Positioning

• Reach

• Reactions

• Handling

• Recovery

• Decision-making

A lower-rated keeper can still behave professionally but will be less reliable than an elite one.

36. FAIRER MATCH RATINGS FOR EVERY POSITION

The match-rating system has been carefully adjusted because the original FC evaluation naturally gives attackers an advantage.

Goals and assists are extremely visible events and already carry enormous importance in football.

An attacker can therefore naturally receive a strong rating from decisive attacking contributions.

However, defenders, defensive midfielders, and goalkeepers often perform actions that are much less visible.

A centre-back may have an excellent match precisely because:

• They prevented the striker from receiving the ball

• Maintained the defensive line

• Closed dangerous space

• Intercepted passing lanes

• Forced attacks away from goal

• Prevented shots from happening

A goalkeeper can also have an excellent match without making ten saves if their positioning and control help prevent dangerous situations.

The original evaluation system does not always recognize these performances strongly enough.

AGT Gameplay does not solve this by making attackers artificially worse.

Instead, the philosophy is:

If attacking players already receive proper recognition for goals, assists, chance creation, and attacking influence, other positions should receive equally meaningful recognition for successfully performing their own responsibilities.

Defenders now have a fairer path toward strong ratings through:

• Defensive positioning

• Clearances

• Interceptions

• Tackles

• Recoveries

• Prevention

• Maintaining defensive control

Goalkeepers receive better recognition for:

• Saves

• Difficult-shot prevention

• Positioning

• Penalty saves

• Punches

• Proactive goalkeeping

• Controlling dangerous situations

Defensive midfielders also receive better recognition for:

• Recovering possession

• Protecting defensive space

• Breaking up attacks

• Supporting buildup

• Maintaining midfield structure

Attackers are not deliberately punished simply because they are attackers.

A striker who scores and plays well should receive a high rating.

A winger who creates chances and influences the match should be rewarded.

The purpose of the AGT match-rating system is not to reduce attacking recognition.

It is to give every position an equally realistic path to a great rating by performing the responsibilities of that position well.

A world-class striker performance and a world-class centre-back performance should both be capable of receiving a world-class match rating.

37. BETTER ADVANTAGE LOGIC

The referee is more willing to allow genuinely dangerous attacks to continue after a foul.

Professional fouls are recognized more intelligently.

Delayed-card handling has also been improved.

The objective is to prevent promising attacks from being unnecessarily stopped while still punishing the original foul afterward.

38. REBALANCED YELLOW & RED CARDS

Referee discipline has received an additional major V1 correction.

During development, red cards became too common.

Strong tackles could sometimes skip the normal caution stage and immediately result in a dismissal.

The disciplinary system has now been rebalanced so there is a much larger difference between:

• Ordinary foul

• Reckless foul

• Yellow-card foul

• Direct-red foul

Yellow cards should now appear much more naturally.

A normal hierarchy should look more like:

Physical foul → no card

Reckless/cynical foul → yellow

Repeated misconduct → additional yellow / possible second-yellow red

Truly dangerous or severe challenge → possible direct red

Direct reds still exist.

They are simply reserved more consistently for challenges that genuinely deserve them.

39. MORE PHYSICAL REFEREE LOGIC

The referee considers both ball contact and player contact.

Touching the ball does not automatically excuse a reckless tackle.

Likewise, a strong but fair challenge should not automatically become a foul.

Standing tackles, slides, barges, shoulder challenges, shirt pulls, and other physical interactions have been rebalanced.

40. BETTER PHYSICAL TOUCH RECOGNITION

The rules system is more sensitive to genuine small ball deflections.

If a defender visibly changes the direction of the ball, downstream rule logic is more likely to recognize that a touch occurred.

This improves consistency between:

what you see physically happen

and

what the referee/rules system believes happened.

41. STAMINA & ENERGY OVERHAUL

Stamina has been redesigned around:

• Explosive effort

• Recovery

• Repeated workload

• Tactical intensity

• Player attributes

• Late-match fatigue

One sprint does not destroy a player's stamina.

But repeated high-intensity efforts gradually reduce explosiveness.

Players can recover some short-term energy when they reduce their workload.

This produces a more natural relationship between effort and fatigue.

42. PRESSING HAS REAL CONSEQUENCES

Aggressive pressing cannot be used permanently without consequence.

Repeated pressure affects:

• Acceleration

• Recovery

• Defensive tracking

• Sprint capability

• Late-match movement

Pressing remains powerful.

But choosing when to press becomes a genuine tactical decision.

43. MORE REALISTIC INJURIES

Injury logic has been rebuilt around:

• Fatigue

• Impact force

• Collision angle

• Body-part contact

• Joint torque

• Sprinting

• Powerful kicking

• Emergency stretching

• Player durability

Ordinary collisions should produce fewer random injuries.

Dangerous impacts and extreme fatigue remain meaningful risks.

An injured player remaining on the pitch also feels physically compromised.

44. WEATHER & PITCH PHYSICS

Different pitch conditions retain distinct physical identities.

• Dry

Cleaner and firmer without simply increasing match speed.

• Wet

More slippery while additional resistance prevents the ball from becoming unrealistically fast.

• Snow

More unstable and absorbent.

• Mud

The heaviest and roughest surface.

Weather influences:

• Traction

• Sliding

• Bounce

• Ball resistance

• Pitch wear

without simply functioning as another game-speed setting.

45. USER & CPU PHYSICS PARITY

AGT Gameplay is not designed around giving the CPU hidden physical advantages.

The same fundamental philosophy applies to both sides.

CPU difficulty should come primarily from:

• Better positioning

• Smarter decisions

• Anticipation

• Dribbling

• Tactical structure

• Player quality

rather than:

• Hidden pace boosts

• Impossible reactions

• Forced rebounds

• Magnetic interceptions

• CPU-only ball physics

WHAT YOU SHOULD FEEL IMMEDIATELY

When you first play AGT GAMEPLAY V1, expect FC 26 to feel noticeably different.

• Players feel heavier.

• The ball feels less attached to players.

• Sharp turns require commitment.

• First touches can create genuine mistakes.

• Passing requires better vision and direction.

• Midfield battles matter more.

• Defenders recognize danger more intelligently.

• CPU players protect possession better.

• CPU attackers are more willing to shoot.

• Goalkeepers position themselves more proactively.

• Long shots are a genuine scoring threat again.

• Lower-rated players can still finish realistic chances.

• Bicycle kicks and volleys respect your intended aim more consistently.

• Yellow cards exist as a proper disciplinary middle ground again.

• Defenders, defensive midfielders, and goalkeepers can earn high ratings without needing attacking statistics.

• Fatigue matters.

• Player attributes matter.

• Body position matters.

• Tactics matter.