SaberTec Quantum LED Strip/DIY Blade Kit
Buy at discounted prices
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2 + | 2% off |
3 + | 3% off |
4 + | 4% off |
5 + | 5% off |
6 + | 6% off |
7 + | 7% off |
8 + | 8% off |
9 + | 9% off |
10 + | 10% off |
*This is a DIY kit for making your own Quantum blade, this does not come pre-soldered/assembled for you*
Not available for ECONOMY shipping for international customers
The newest in neopixel blade technology, the Quantum LED strip, designed and manufactured by Sabertec!
The ultimate LED's for making neopixel blades; eliminate side shadowing and illuminate the tip of your blades for the most rewarding blade experience on the market.
LED strips available in three lengths; 28.5", 32.5", and 34.5"
For proper wiring of the solder pads: ‘GND’ is for negative wire, ‘DI’ is for data wire, ‘5V’ is for positive wire
DIY kits include:
-Quantum LED strip
-1" Thin Walled Kit which includes 1" thin walled blade tube cut to length, 1" thin walled Quantum foam cut to length, blade side PCB and printed PCB holder, 1" thin walled hollow bullet tip
OR
-7/8" Thin Walled Kit which includes 7/8" thin walled blade tube cut to length, diffusion tube, diffusion foam, blade side PCB and printed PCB holder, 7/8" thin walled hollow parabolic tip
-PIXEL COUNT: 108, 123 and 132 for the respective lengths, allowing high-resolution lighting without slowing down animations(in reference to the longest length)
-Data line is PRE-RESISTORED (You will still need to bridge the SMD resistor gap on your blade side PCB for DIY install)
- Capacitors ensure smooth supply voltage of every single LED
- Illuminated tip for a realistic lightsaber look
- Rounded tip design, allowing easy insertion into the blade tube
- Advanced design minimizes internal resistance, maintaining stable colors and brightness along the LED strip
- Optimized heat dissipation ensures extended brightness and prolonged LED lifespan
- Redundant sets of soldering pads on both sides for easy soldering, enabling high loads
- High-drain batteries recommended to get the best results
-per LED/color current draw approx. 12mah (based on 5V power source, should be lower depending on voltage of the supplied battery). For a fully charged 4.2V li-on battery, the current draw should be around 5.3A per color (red, green, or blue)
Check out this video showing some run times for a fully charged battery HERE