Gamepad Flydigi Vader 3 Pro

Flydigi Vader 3 Pro

Ranking:100 Experimental
Compatible: AndroidiOSLinuxPCNintendo Switch
Interfaces: BluetoothCableDongle
Release date: 01 July 2023
Price range: $48.36$89.99, find on: amzn.to, aliexpress.com

Flydigi Vader 3 Pro input lag comparison

The latency measurement was performed using a GPDL device.
This device is connected directly to the gamepad pins and allows you to get accurate and true calculations of the real latency.
#ConnectionModeMin.Avg.Max.Polling rate JitterOSFW
Flydigi Vader 3 Pro
1DongleXinput5.418.2312.09491.57 of 500 Hz 1.64
Win 11
10.0.22631
6.7.2.9
2DongleXinput5.658.8314.07492.64 of 500 Hz 1.73
Win 10
10.0.19045
6.7.2.9
3CableSwitch12.971926.97125.24 of 125 Hz 3.13
Win 10
10.0.19045
6.7.2.9
4CableSwitch20.4226.6534.08125 of 125 Hz 3.1
Win 11
10.0.22631
6.7.2.9
5CableXinput4.26.8510.42486.41 of 500 Hz 1.59
Win 11
10.0.22631
6.7.2.9
6CableXinput5.047.8712.03486.77 of 500 Hz 1.66
Win 10
10.0.19045
6.7.2.9
7BluetoothSwitch9.4614.1841.35119.75 of 125 Hz 4.15
Win 10
10.0.19045
6.7.2.9
8BluetoothSwitch9.0614.434.81456.72 of 500 Hz 4.68
Win 11
10.0.22631
6.7.2.9
9BluetoothXinput25.2134.2243.62106.16 of 125 Hz 3.95
Win 10
10.0.19045
6.7.2.9
10BluetoothXinput29.2139.6158.4187.34 of 125 Hz 4.87
Win 11
10.0.22631
6.7.2.9

Other tests

#ConnectionModeMin.Avg.Max.Polling rate JitterOSFW
Flydigi Vader 3 Pro
11DongleXinput6.219.3414.59526.35 of 500 Hz 1.76
Win 10
6.7.2.9
12CableSwitch12.6318.9927.3123.55 of 125 Hz 3.12
Win 10
6.7.2.9
13CableXinput5.098.4214.22536.12 of 500 Hz 1.81
Win 10
6.7.2.9
14BluetoothSwitch9.2117.3340.18473.61 of 500 Hz 7.14
Win 10
6.7.2.9
15BluetoothSwitch10.3744.31124.41111 of 125 Hz 23.73
Win 10
10.0.19045
6.7.2.9
16BluetoothXinput25.4434.3344.63111 of 125 Hz 4
Win 10
10.0.19045
6.7.2.9
17BluetoothXinput29.4139.3355.9587.34 of 125 Hz 4.61
Win 11
6.7.2.9
18BluetoothXinput29.2839.5254.2987.34 of 125 Hz 4.64
Win 11
6.7.2.9
19BluetoothXinput30.4939.8150.1486.09 of 125 Hz 4.61
Win 10
6.7.2.9
20DongleFlydigi VADER31 *2.46 *4.99 *407.19 of 500 Hz 1.03
Win 10
6.7.4.2
21DongleXinput1 *1.97 *4 *508.73 of 500 Hz 0.85
Win 10
6.7.4.2
22DongleXinput1 *2.03 *4.52 *491.57 of 500 Hz 0.72
Win 11
6.7.2.9
23DongleXinput1 *2.03 *6 *492.64 of 500 Hz 0.92
Win 10
10.0.19045
6.7.2.9
24DongleXinput0.98 *2.18 *5 *457.89 of 500 Hz 0.87
Win 10
6.7.4.2
25CableFlydigi VADER31 *2.35 *5 *426.22 of 500 Hz 1.01
Win 10
6.7.4.2
26CableSwitch7.82 *7.98 *8.13 *125.38 of 125 Hz 0.07
macOS
6.7.4.2
27CableSwitch7 *7.98 *9.04 *125.27 of 125 Hz 0.51
Win 11
6.7.2.9
28CableSwitch7 *7.98 *9 *125.24 of 125 Hz 0.29
Win 10
10.0.19045
6.7.2.9
29CableXinput1 *2 *3 *500.32 of 500 Hz 0.62
Win 10
6.7.4.2
30CableXinput1 *2.01 *3.12 *498.32 of 500 Hz 0.67
Win 11
6.7.4.2
31CableXinput0.5 *2.03 *3.51 *492.16 of 500 Hz 0.67
Win 11
6.7.4.2
32CableXinput1 *2.05 *4 *486.77 of 500 Hz 0.64
Win 10
10.0.19045
6.7.2.9
33CableXinput1 *2.06 *4.52 *486.41 of 500 Hz 0.84
Win 11
6.7.2.9
34CableXinput0.99 *2.1 *4.02 *477.11 of 500 Hz 0.75
Win 10
6.7.4.2
35BluetoothSwitch1.52 *2.14 *4.78 *466.21 of 500 Hz 0.46
Windows
6.7.2.9
36BluetoothSwitch1 *2.19 *11.02 *456.72 of 500 Hz 1.41
Windows
6.7.2.9
37BluetoothSwitch1 *8.35 *50.01 *119.75 of 125 Hz 10.87
Win 10
10.0.19045
6.7.2.9
38BluetoothXinput1.77 *7.02 *12.76 *142.49 of 125 Hz 2.8
Windows
6.7.2.9
39BluetoothXinput0.98 *7.58 *14.9 *131.87 of 125 Hz 5.99
Win 10
6.7.4.2
40BluetoothXinput5.99 *9.42 *19 *106.18 of 125 Hz 3.19
Win 10
10.0.19045
6.7.2.9
41BluetoothXinput7 *11.38 *22.5 *87.9 of 125 Hz 3.8
Win 10
6.7.4.2
42BluetoothXinput6.51 *11.45 *23.55 *87.34 of 125 Hz 3.96
Windows
6.7.2.9
*Note: Latency with an asterisk are based on polling rate and do not represent actual input-lag.
More information

Latency

This chart shows how quickly your gamepad responds to button presses. Each point on the graph represents a test result.

  • The horizontal axis (X-axis) measures the time that has passed from pressing the button to the game responding. This time is called "latency".
  • The vertical axis (Y-axis) shows how often we got such a result, in percentages.

If you hover over a point on the graph, you'll see how long the latency was and how often it occurred.

The smaller the latency, the better. In an ideal world, as soon as you press a button on the gamepad, the action happens instantly in the game. If there's a large delay, you might press the button, but the action only happens some time later. In fast-paced games where every second counts, a high latency can become a problem.

Use this chart to figure out how fast your gamepad reacts.

Polling rate

The polling rate (also known as the report rate) in gamepads refers to how often the controller sends input information to the console or computer. It's measured in Hertz (Hz), which translates to the number of times per second the device reports its status to the computer.

For example, a gamepad with a polling rate of 125 Hz sends its status to the computer 125 times per second, or every 8 milliseconds.

The polling rate is essential in gaming for two reasons:

  1. Responsiveness: A higher polling rate means the controller communicates its state to the computer more frequently, resulting in faster and more responsive gameplay. In fast-paced or competitive games, even a slight increase in responsiveness can give players an advantage.

  2. Accuracy: A higher polling rate can also increase the accuracy of the controller. This is particularly important for devices like gaming mice, where precise movements can be critical, but it can also impact gamepads, especially in games that require accurate inputs.

However, it's important to note that a higher polling rate can also put more strain on the computer's CPU, as it needs to process inputs more frequently. Moreover, beyond a certain point, increases in polling rate may not yield noticeable improvements due to limitations in human reaction time and display refresh rates.

Jitter

Jitter is a measure of how much the gamepad's latency varies during testing. It is calculated as the standard deviation of the recorded delay times. A lower jitter value indicates more consistent latency, while a higher jitter suggests unstable performance. Low jitter is important for a smooth, responsive gaming experience.

Stick test of Flydigi Vader 3 Pro

Deadzones

Gamepad Flydigi Vader 3 Pro has no inner deadzones, which has which has a positive effect on aiming accuracy and micro control. Also Flydigi Vader 3 Pro has no skip motion, which makes controlling the center part of the axis more precise. The outer deadzones of the Flydigi Vader 3 Pro gamepad has a noticeable size that partially limits the useful travel area of the stick.

Axis behavior

The sticks of the Flydigi Vader 3 Pro gamepad have a high resolution, which allows you to register 200 positions from the center point to the outermost position. This is truly a good result! However, the Flydigi Vader 3 Pro has no axis binding. This is a good indicator that completely eliminates "rail-like" horizontal and vertical stick movements. Random stick stop positions of the Flydigi Vader 3 Pro gamepad are fixed clearly without tremor. This ensures accuracy in controlling the scope during gameplay. When the Flydigi Vader 3 Pro stick is released, it always returns exactly to the center position without deviation. Which is good enough, given the lack of an internal deadzones.

Circular shape

The shape of the stick circle of the Flydigi Vader 3 Pro gamepad is still within the normal range. But the overall result leaves much to be desired.

Tested on firmware: 6.7.2.9, by John Punch

Deadzones

The Flydigi Vader 3 Pro gamepad has a slight inner deadzones that does not significantly affect the controls. In addition, the Flydigi Vader 3 Pro gamepad has point skipping at the beginning of the stick movement. This makes it impossible to smoothly control the aiming with small movements. The outer deadzones of the Flydigi Vader 3 Pro gamepad has a noticeable size that partially limits the useful travel area of the stick.

Axis behavior

Flydigi Vader 3 Pro sticks are of average resolution. With this setting, the stick is capable of registering 100 positioning points from center to edge. This is a perfectly normal. However, the Flydigi Vader 3 Pro has no axis binding. This is a good indicator that completely eliminates "rail-like" horizontal and vertical stick movements. Random stick stop positions of the Flydigi Vader 3 Pro gamepad are fixed clearly without tremor. This ensures accuracy in controlling the scope during gameplay. When the Flydigi Vader 3 Pro stick is released, it always returns exactly to the center position without deviation. But this is not due to precise calibration, but due to the presence of a deadzones.

Circular shape

The shape of the circle of the sticks of the Flydigi Vader 3 Pro gamepad is out of the normal range. This can create abnormal diagonal stick movement speed and affect aiming.

Tested on firmware: 6.7.2.9, by John Punch

Flydigi Vader 3 Pro: Pros and Cons

  • Back buttons
  • Gyroscope
  • Hall sticks
  • High polling rate
  • Macros
  • Multiple platforms
  • Triggers lock
  • Bluetooth input lag
  • NFC
  • Quality
  • Stick circle
  • Weak dongle signal

Do not sniff it or connect via Bluetooth.

Users' opinion

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MacOS Sonoma Compatible with cable using 360Controller driver
1 votes
Satisfactory trigger lock
1 votes
Very smelly plastic in black color
1 votes