Start with the recommended baseline, change one value at a time, and test each adjustment under consistent conditions.
One NBA 2K27 Cronus Zen timing does not necessarily work for every type of shot.
A standstill jumper, moving fade and quick pull-up can trigger different shooting situations, which is why several current NBA 2K27 GPCs give them separate timing values.
This is not just a menu-label difference.
The actual source code for scripts such as Synapse V2, Excellent V2 and Avenged MVP contains separate timing logic for different shot contexts.
Quick Answer
| Shot Type | Why It May Need Its Own Timing |
|---|---|
| Standstill | Uses the normal stationary shooting sequence |
| Catch & Shoot | Can use a different timing path from a normal standstill shot |
| Fade Left | Moving shot with its own timing path in some scripts |
| Fade Right | Can even be stored separately from Fade Left |
| Fade Back | Separate backward-moving timing in scripts such as Synapse V2 |
| Pull-Up | Quick off-dribble release may need an earlier timing adjustment |
| Go-To Shot | Can use an entirely separate hold/release sequence |
Why One Universal Timing Can Fail
A basic timing script may use a single delay:
Press shot → wait X milliseconds → release.
That can work when you repeatedly perform the same shot animation.
The problem begins when the situation changes.
If you go from:
stationary jumper → moving fade
the same delay may no longer line up with the desired release point.
The same issue can happen when going from:
standstill → quick pull-up
or:
catch-and-shoot → off-dribble shot.
Current NBA 2K27 Scripts Prove the Difference
The current CzenScripts NBA 2K27 archive contains several GPCs that deliberately separate shot timings.
The clearest examples are:
Synapse V2: Five Separate Shot Profiles
Synapse V2 uses one of the clearest shot-type timing systems in the current catalog.
Its GPC defines five profiles:
- Standstill
- Fade Left
- Fade Right
- Fade Back
- Go To
Each has its own timing variable.
Synapse V2 Source Starting Timings
The current source starts with:
| Profile | Source Starting Value |
|---|---|
| Standstill | 600 ms |
| Fade Left | 650 ms |
| Fade Right | 650 ms |
| Fade Back | 700 ms |
| Go To | 1800 ms |
These are source starting values, not guaranteed best values for every jumper, build or game mode.
What matters here is the architecture.
The script does not assume:
Standstill = Fade = Go-To.
It gives each situation its own timing.
Synapse Detects Direction Too
Synapse does more than let you manually select one generic fade setting.
Its current GPC checks movement direction and can route the shot through:
- Fade Left
- Fade Right
- Fade Back
- Standstill
depending on the detected movement state.
Why Fade Back Has Its Own Value
The source starts Fade Back at a different timing from its left and right fades.
That shows why simply creating:
“Fade Timing”
as one universal setting can sometimes be too simplistic.
Different moving-shot directions can use different timing paths.
Excellent V2 Separates Even More Shot Contexts
Excellent V2 takes another approach.
Its current GPC contains separate editable timings for:
- Standstill
- Catch
- Left Fade
- Right Fade
- No-Dip
Excellent V2 Source Starting Values
| Shot Type | Source Starting Value |
|---|---|
| Standstill | 642 ms |
| Catch | 548 ms |
| Left Fade | 916 ms |
| Right Fade | 876 ms |
| No-Dip | 550 ms |
Again, these numbers are examples from the current source—not universal recommendations.
Look at How Different the Source Values Are
The difference between Excellent V2's:
642 ms Standstill
and:
916 ms Left Fade
is substantial.
If the script tried to force both actions through one value, one of those shot types would be operating far away from its intended source baseline.
Even Left and Right Fades Can Differ
Excellent V2 is particularly interesting because it begins with:
Left Fade: 916 ms
and:
Right Fade: 876 ms.
So the source does not even assume that every sideways fade should use an identical value.
Why Does Catch & Shoot Have Its Own Timing?
Excellent V2 also separates:
Standstill
from:
Catch.
A player can be standing still in both situations, but the shot context is not necessarily identical.
One begins as a normal stationary shot.
The other begins directly after receiving the ball.
The script therefore gives Catch its own timing value rather than assuming Standstill will always match it.
Pull-Ups Work Differently Again
Quick pull-up shots are particularly important for timing systems because they happen immediately after movement.
The current Avenged MVP GPC handles this through a feature called:
Smart Timing.
Avenged MVP Smart Timing
Avenged MVP's current source explicitly describes its Smart Timing logic as:
- Releasing a quick off-dribble pull-up earlier
- Releasing a fade later
- Leaving a standstill shot untouched
This is almost the perfect demonstration of why the three shot types should not be treated as interchangeable.
Avenged MVP Source Offsets
The current source begins with:
- Fade offset: +30 ms
- Quick pull-up offset: -20 ms
- Standstill offset: 0 ms
These offsets are adjustable.
They are not universal NBA 2K27 recommendations.
They simply show how the source is designed.
The Direction of the Adjustment Matters
This is the key:
Fade → later
Quick pull-up → earlier
Standstill → unchanged
If all three were supposed to use exactly the same release timing, there would be no reason for Avenged MVP to calculate these separate shot-context offsets.
How Avenged Detects the Difference
The script uses recent movement information to decide whether a shot looks more like:
- A fade
- A quick pull-up
- A stationary shot
It then adds the corresponding offset to the normal shot delay.
So instead of storing completely independent timings like Synapse, Avenged can modify a base timing dynamically.
Two Different Ways to Solve the Same Problem
| Approach | Example |
|---|---|
| Separate complete timing values | Synapse V2 / Excellent V2 |
| Base timing + contextual offset | Avenged MVP Smart Timing |
Both approaches recognize the same basic problem:
different shot contexts can require different release timing.
Standstill Timing Explained
Your standstill timing should normally be treated as the baseline.
It is the easiest timing to test because movement is removed from the equation.
Start with:
- No movement
- The same jump shot
- The same court or mode
- The same script profile
and repeat the shot several times.
Do Not Tune the Fade First
If your base standstill timing is not stable, tuning moving shots becomes much harder.
You need a known baseline before deciding how much a fade or pull-up should differ.
Fade Timing Explained
A fade adds movement into the shot sequence.
Advanced scripts may distinguish:
- Left fade
- Right fade
- Back fade
- Turbo fade
depending on how the GPC was written.
Do Not Assume “Fade” Means One Thing in Every Script
Synapse V2 uses three directional fade profiles.
Excellent V2 uses separate Left and Right Fade timings.
Other scripts use:
Turbo Fade
as a separate shot mode.
Always follow the terminology of your particular GPC.
Pull-Up Timing Explained
A pull-up typically happens immediately after active movement.
That makes it different from both:
- A stationary jumper
- A longer moving fade
Avenged MVP's Smart Timing source specifically treats a recently active stick as a quick pull-up context and reduces its effective wait compared with the base shot.
Pull-Up Timing Is Not Quick-Stop Timing
These concepts can interact, but they are not identical.
A Quick Stop routine is generally about transitioning from movement into a shooting state.
The actual shot timing still controls the release sequence after that transition.
So fixing a Quick Stop does not automatically guarantee that your pull-up timing is correct.
What About Go-To Shots?
Several current NBA 2K27 GPCs also contain Go-To Shot systems.
These can have their own:
- Timing
- Tempo
- Stick sequence
which is why Go-To shots should not automatically use the normal standstill value either.
What About Turbo Fades?
Scripts including Burger V3, Swish Labs V6, All Star and TT Scripture V4 contain Turbo Shot / Turbo Fade systems.
A Turbo Fade usually follows a different scripted input sequence from a normal standstill jumper.
Again, check whether your particular GPC gives that shot its own timing or derives it from another value.
The Same Jump Shot Does Not Guarantee the Same Script Timing
This is one of the most common mistakes.
You may think:
“I am using the same jump shot animation, so why should the timing change?”
Because the shot context can change the sequence the script is trying to reproduce.
The current GPCs clearly distinguish contexts such as:
- Stationary
- Catch
- Moving left
- Moving right
- Moving backward
- Quick off-dribble
- Go-To
- No-Dip
NBA 2K27 Is Highly Animation-Driven
NBA 2K27 uses an expanded animation system, so testing the exact shot context matters.
Do not calibrate a script by repeatedly shooting only from a standstill and then assume every moving shot should behave identically.
How to Tune Standstill Timing
- Select the Standstill profile or normal shot timing.
- Do not move the left stick.
- Use the same jump shot.
- Take several repeatable attempts.
- Adjust the timing in small steps.
- Stop once results become repeatable.
For the full process, read How to Adjust Shot Timing on NBA 2K27 Cronus Zen Scripts.
How to Tune Fade Timing
- Finish your standstill timing first.
- Select or trigger the fade profile.
- Repeat the same fade direction.
- Do not alternate left and right during the first test.
- Adjust only that fade timing.
- Repeat for the opposite direction if your GPC stores it separately.
How to Tune Pull-Up Timing
- Start from your stable base timing.
- Use the same movement approach each attempt.
- Trigger the same quick pull-up.
- Adjust only the Pull-Up offset or applicable timing.
- Do not change your base standstill value at the same time.
Why You Should Tune One Direction at a Time
If your script separates Fade Left and Fade Right, alternating between them while adjusting one value creates noisy results.
Test:
Left → Left → Left
first.
Then:
Right → Right → Right.
Why a Fade Might Be Green While Standstill Misses
If your GPC has separate timing values, this is completely possible.
The Fade profile may be calibrated while the Standstill profile is not.
Do not respond by changing the fade value that is already working.
Check which profile is active and tune the failing context.
Why Standstill Can Work While Pull-Ups Miss
This is exactly the situation that Avenged MVP's Smart Timing system is designed around.
The base timing can be correct while the quick off-dribble context needs an earlier adjustment.
Why Pull-Ups Can Work While Fades Miss
The opposite can happen too.
Avenged's source moves quick pull-ups earlier but fades later.
Using the pull-up offset as a fade adjustment would therefore move timing in the wrong direction in that script's default logic.
Do Not Copy Synapse Values Into Excellent V2
Synapse and Excellent use different:
- Architecture
- Detection logic
- Timing ranges
- Shot categories
For example, Synapse starts Standstill at 600 ms while Excellent starts its own Standstill value at 642 ms.
That does not make one right and the other wrong.
They are different GPCs.
Source Values Are Starting Points, Not Universal Best Values
A timing can depend on:
- Your equipped jump shot
- Player/build animation package
- The exact shot type
- Whether the shot begins after movement
- Script architecture
- Input conditions
- Online versus offline testing conditions
Use script source values as a known baseline, then test.
What About Online Timing?
If a timing works offline but feels inconsistent online, do not immediately rewrite every Standstill, Fade and Pull-Up value.
First confirm that the underlying shot-type separation is working correctly.
Then test the same shot repeatedly under the same online conditions.
Input delay and changing online conditions can make a timing feel different even though the stored GPC value has not changed.
See Cronus Zen Input Lag Explained for more background.
Auto Green vs Tempo Matters Too
Do not assume every NBA 2K27 script uses the same timing system.
Some GPCs focus on:
- Auto Green hold timing
- Tempo
- Rhythm Shooting
- Stick flicks
- Button hold duration
- Separate shot-type profiles
The meaning of a millisecond value therefore depends on the script.
Read NBA 2K27 Auto Green vs Tempo Shooting for the difference.
Shot-Type Systems Compared
| Script | How It Handles Different Shots |
|---|---|
| Synapse V2 | Separate Standstill, Fade L, Fade R, Fade Back and Go-To timings |
| Excellent V2 | Separate Standstill, Catch, Left Fade, Right Fade and No-Dip timings |
| Avenged MVP | Base timing plus Smart Timing offsets for pull-ups and fades |
| Burger V3 | Separate Go-To and Turbo Fade-style systems |
| Swish Labs V6 | Turbo Shot system including Turbo Fade |
Which Architecture Is Easier to Tune?
Separate full timings are easy to understand because every shot type has an obvious number.
Synapse is a good example:
Standstill = one value
Fade Left = another value
Fade Right = another value.
An offset-based system such as Avenged MVP can be more compact because you tune one base shot and then adjust how much earlier or later another shot context should release.
Neither Approach Is Automatically Better
The important thing is that the GPC recognizes that multiple shot contexts exist.
Choose the system that makes the most sense for how you prefer to configure your script.
Common Timing Mistakes
Using One Value for Every Shot
If the script provides separate shot types, there is usually a reason.
Changing Standstill Because a Fade Misses
Tune the Fade value instead when the script separates them.
Tuning Left and Right Fades Together
Excellent V2 demonstrates that the two directions can even begin with different source timings.
Using Fade Timing for Pull-Ups
Avenged MVP's own source moves these contexts in opposite timing directions.
Changing Multiple Values at Once
You will not know which adjustment fixed—or broke—the shot.
Assuming Every Script Uses the Same Millisecond Scale
Always read the GPC's own menu and instructions.
Best Testing Order
For a script with multiple shot contexts, use:
Standstill → Catch → Pull-Up → Fade Left → Fade Right → Fade Back → Special / Go-To Shots
where those options exist.
This moves from the simplest shot into progressively more movement-dependent contexts.
Keep a Timing Notes Table
| Shot Type | Current Value | Result |
|---|---|---|
| Standstill | ___ ms | ___ |
| Catch | ___ ms | ___ |
| Pull-Up | ___ ms / offset | ___ |
| Fade Left | ___ ms | ___ |
| Fade Right | ___ ms | ___ |
| Fade Back | ___ ms | ___ |
This makes it much easier to return to a known working configuration.
Final Answer
Standstill, Fade and Pull-Up shots need different NBA 2K27 Cronus Zen timings because advanced GPCs treat them as different shot contexts.
Synapse V2 gives separate timing values to:
- Standstill
- Fade Left
- Fade Right
- Fade Back
- Go To
Excellent V2 separately stores:
- Standstill
- Catch
- Left Fade
- Right Fade
- No-Dip
Avenged MVP solves the same problem differently through Smart Timing:
- Quick pull-up → earlier release offset
- Fade → later release offset
- Standstill → base timing unchanged
That is why finding one perfect Standstill value does not mean your moving shots are finished.
Tune the basic stationary shot first, then test each movement-dependent shot type independently.
For more help, read How to Adjust Shot Timing on NBA 2K27 Cronus Zen Scripts, NBA 2K27 Auto Green vs Tempo Shooting, Best Way to Test a New Cronus Zen Script, or browse the NBA 2K27 Cronus Zen Script Collection.
