OFD Flycore/Noidcore Hardware Kit

When purchasing the OFD Flycore/Noidcore hardware kit from Out of Darts (OOD), you must align your component choices with the specific 3D files you intend to print (Angled vs. Straight). The hardware kit itself is flexible, but you need to select the right flywheels, motors, and pusher mechanism to match the core design.
Here is what you need to ensure you get, based on different file options:
1. Match the Core Type (Angled vs. Straight Files)
Angled Flycore Files: These are designed for angled Talon magazines (including slim, angled Nightingale mags) and offer a more compact grip angle.
Straight Flycore Files: These are designed for standard, vertical Talon or Tachi magazines.
Action Required: Select the appropriate files from Old Fusion Designs (GitHub/Printables) and select matching flywheels/cages in the kit options.
2. Select the Appropriate Flywheel Type
Daybreak/Kepler/Pulsar: High-performance flywheels requiring specific cage spacing (usually angled or a tight-gap straight).
Worker Micro/FTW: Standard wheels suitable for different crush setups.
Action Required: Ensure the flywheel pair you select matches the flywheel cage in your chosen 3D print files.
3. Choose the Pusher Mechanism (Full-Auto vs. Noidcore)
N20 Gear Motor (Full-Auto): Recommended for a higher rate of fire (ROF). 300-2000 RPM is recommended for best performance, though 3000 RPM is possible.
Neutron Solenoid (Noidcore): Uses a solenoid to push darts rather than a gear motor, providing a snappier response.
Action Required: You must select either the N20 or Solenoid option in the hardware kit based on whether your 3D files are for "Flycore" or "Noidcore".
4. Motor Selection (3S/2S)
Kraken (3S): High torque, great for higher-crush setups (Daybreak/Kepler).
Fang Revamp (2S/3S): Versatile, high-speed motors.
Loki (3S): Compact, high-power motors.
Action Required: Choose motors compatible with your LiPo voltage (usually 3S for max performance).
Crush Distance and FPS
The "crush" is the distance between the two flywheels. A tighter crush increases the compression on the dart, resulting in higher FPS, provided the motors have enough torque to maintain speed.
Standard crush is around 43.5mm and offers lower FPS.
High crush is typically 41.5mm or less and aims for much higher FPS.

Crush Distance Approx. 2S FPS (e.g., M2.0 motors) Approx. 3S FPS (e.g., Fang Revamped motors)
43.5mm (standard) ~80-90 FPS ~100-110 FPS (estimated)
41.5mm (high crush) ~130 FPS ~150+ FPS
41.0mm (higher crush) ~150-160 FPS ~170+ FPS
40.0mm or less (extreme) Requires high torque motors to avoid jams ~190-210+ FPS
Note: These values are approximations using common motor and wheel combinations (like Daybreaks or Pulsars) and can vary based on specific dart type, motor quality, and chronometer used. The key is to select motors rated for the voltage you plan to use and a cage crush distance that aligns with your desired performance level.

I love this product so much because instead of having to do the tedious work of sourcing all the parts and compatibility issues i can find all the parts here!

Makes it easy to put Flycores together. Keep in mind the OOD heat set inserts are larger than the ones Flycore was designed for- this isn't an issue, though. You'll just need to trim a bit of excess plastic after setting the inserts.

This kit had everything that was promised. The only issue I had with it was the pusher gearbox stripped out, but that was my bad. (you're not supposed to rotate it manually) I must also recommend that you print the flycore parts scaled up a bit. I printed them at their original size (100 percent scale) with PLA, and everything was very tight. So probably just scale the parts up a little bit,
An excellent kit, all things considered.

Flycore Hardware Kit