For a list of flywheel system blasters, see Category:Flywheel system blasters.
A flywheel is a rotating, loosely cylindrical-shaped disc with teeth. It is a main component in flywheel powered blasters. Flywheels are most often arranged in vertical pairs inside a flywheel cage with a space in between for the darts to pass through, although they can be arranged horizontally as well.
All flywheel blasters are either fully or semi-automatic, and most require batteries to use. Flywheel blasters will have either a pusher mechanism or a conveyor system to deliver the darts to the flywheel cage and thus out the barrel of the blaster. The flywheels first need to be spooled up in order for the dart to fire correctly, and so most flywheel blasters will feature an acceleration trigger or an on/off button to engage the flywheels by spinning up the motors. Having the flywheels at maximum speed is critical for obtaining the best performance. In unmodified blasters, rapid fire will often result in lowered performance in follow-up shots, which worsens as a blaster's batteries drain. The first few flywheel powered blasters were manually powered and had to be revved up by hand in order to function.
- The first Nerf blaster to feature a hand-powered flywheel was the Ripsaw. The Ballzooka MP150 and Motorized Disk Launcher were the first blasters to feature an electronic version of the flywheel.
- Some flywheels, such as those in the Barricade RV-10 and Buzzsaw, have teeth on them to give more grip when firing.
- Nowadays, all N-Strike Elite blasters contain smooth flywheels, but flywheel RIVAL blasters all contain serrated flywheels.
- The Ripsaw, Gyro Strike, Buzzsaw, and RevReaper use a very simplified version of a flywheel. The flywheel is powered by hand, unlike modern flywheel blasters.
- These flywheels, with the exception of the RevReaper, also do not use a conveyor or a pusher mechanism. Instead, the ammunition drops on the flywheel when the trigger is pulled.
- Flywheel blasters typically have an inductor added into the circuit as a means to let the motors rev-up at a slower rate and a diode to prevent reverse currents. These are to comply with toy safety standards.
- The Nitron, RapidStrike CS-18, Rhino-Fire, Khaos MXVI-4000, Mega Mastodon and HyperFire are examples of flywheel blasters that are fully automatic rather than semi-automatic.
- The Nitron features a single horizontal flywheel instead of two. This is due to the fact that the Vortex discs need to spin in order to be stable and having two flywheels would not make the discs spin.
- Newer blasters such as the HyperFire and the Regulator feature a conveyor belt system with more aggressive gear ratios than pusher systems, allowing for a higher rate of fire.
- Accelerators, or boosters, for toy racetrack sets such as Hot Wheels use a system similar to the flywheel. Whether or not the flywheel was based off it is unknown.
|view • editBlaster anatomy|
|External features||Barrel • Breech • Bolt • Jam door • Muzzle • Priming mechanism • Tactical rail (RIVAL) • Trigger (Acceleration trigger • Firing trigger)|
|Firing mechanisms||Flywheel • Plunger (Direct • Motorized direct • Reverse)|
|Dart delivery||Bolt • Conveyor system • Pusher mechanism • Rotation mechanism|
|Plunger parts||Catch • O-ring • Plunger head • Plunger tube • Plunger rod • Spring (Torsion)|
|Other internals||Air restrictor (Intelligent) • Conveyor system • Dart post • Lock|