-
Heatsink module for 1" / 25mm ID tubes. Comes with centre hole and the 6x wire runs are milled to the edge of the copper heatsink. -
Sale!
## WORKS WITH ANY SABER USING A 2.1MM RECHARGE PORT & SINGLE LI-ION CELL ## This is the charger used to recharge an illuminated saber that has a 2.1mm recharge port in its electronic setup. It has built-in safety functions including overcharging protection and an LED indicator to show when the battery is charging (red) or fully charged (green). It also features 4 interchangeable plug heads that are: Type A (US, Canada, Mexico, Japan, China) Type C (Europe, South America) Type G (UK, Malaysia, Singapore) Type I (Australia, New Zealand) The charger is designed specifically to recharge only 3.7V lithium ion batteries. Technical specifications : Input : 100 – 240VAC 50/60Hz 0.5A (max) Output : 4.2V 0.5A -
The S3 Saberhold is a custom designed bag specifically made for carrying illuminated sabers safely and conveniently. On the outside, there is a zipper compartment meant for storing blade plugs, hex keys, spare batteries and any other small objects needed for your saber. The Saberhold can be conveniently hand-carried with the handle at the side or could be slung across the shoulder. There is a buckle on each side of the bag for the sling strap to connect to, making it adjustable for a perfect fit no matter which shoulder you prefer to carry the bag with. Moving inside the bag, there are 2 long pockets; each designed to carry a single bladeless illuminated saber hilt and prevent it from getting scratched by other contents in the bag. Multiple blades can be stored in between these pockets and the Saberhold can be extended at the bottom so that a complete saber with a blade may also fit in it. The outer shell of the Saberhold is made from Cordura nylon which is well known for its durability especially against abrasions, tears and scuffs. Right under it is a plush layer of EVA foam padding to protect the illuminated sabers that are stored inside the bag. The sling strap is a 2″ industrial grade safety harness and all zippers & adjuster buckles are YKK. The S3 Saberhold represents a joint collaboration between Sabertrio and Greenroom136. The Rebel Edition features natural brown shades accented with orange stripes that were inspired by a particular pilot uniform. It is an exclusive design to Sabertrio. -
The S3 Saberhold is a custom designed bag specifically made for carrying illuminated sabers safely and conveniently. On the outside, there is a zipper compartment meant for storing blade plugs, hex keys, spare batteries and any other small objects needed for your saber. The Saberhold can be conveniently hand-carried with the handle at the side or could be slung across the shoulder. There is a buckle on each side of the bag for the sling strap to connect to, making it adjustable for a perfect fit no matter which shoulder you prefer to carry the bag with. Moving inside the bag, there are 2 long pockets; each designed to carry a single bladeless illuminated saber hilt and prevent it from getting scratched by other contents in the bag. Multiple blades can be stored in between these pockets and the Saberhold can be extended at the bottom so that a complete saber with a blade may also fit in it. The outer shell of the Saberhold is made from Cordura nylon which is well known for its durability especially against abrasions, tears and scuffs. Right under it is a plush layer of EVA foam padding to protect the illuminated sabers that are stored inside the bag. The sling strap is a 2″ industrial grade safety harness and all zippers & adjuster buckles are YKK. The S3 Saberhold represents a joint collaboration between Sabertrio and Greenroom136. The Rebel Edition features natural brown shades accented with orange stripes that were inspired by a particular pilot uniform. It is an exclusive design to Sabertrio. -
The new NeoCree LED strip to Tri Cree RGRb XPE-2 conversion module. These have been designed and produced by Warsabers and ShtokCustomWorx to conveniently allow users to seamlessly convert their neopixel lightsaber builds, that use pogo pin PCB connectors, to an RGB ‘in-hilt’ LED system. -
This is the LONG pin option. Long pins are the standard choice unless you are installing in hilts with shallow emitters (i.e. thin neck models), where you would want a short pin version. If you are not already using a chassis with a dedicated recess, you will likely need a PCB holder AND a Lens Cover (to better support the pins. Kit comes un-assembled. You need to solder your own pins into the PCB. The manual can be found here. -
This is the SHORT pin option. The long pin version are the standard choice unless you are installing in hilts with shallow emitters (i.e. thin neck models), where you would want this short pin version. If you are not already using a chassis with a dedicated recess, you will likely need a PCB holder. Kit comes un-assembled. You need to solder your own pins into the PCB. The manual can be found here. -
ShtokCustomWorx NPXL V3 LED Strip PCB Holder. This is the hilt side and for 1" emitters. It is also designed for the both the long pins AND short pins. Note that, for use with Long pins, you will need to purchase an additional lens cover. This is required for use with the long pin PCB. If you do not use a lens cover when using the long pins PCB you can risk bending or damaging your pins. -
The ShtokCustomWorx NPXL V3 PCB Lens Cover. This is the lens diffusion cover for the V3 PCB holders. Note that the holder is press fit in. -
Sale!
Max Forward Voltage 3.6V Max Current 1000mA The most suitable, closest available resistor will be linked below in the 'you may also like' section. You have a little leeway in choosing the correct resistance (due to how LEDs work). it's common to 'dither' the calculated value to the nearest commercially available value. You can always double check the exact resistor values by using our LED Resistor Calculator. -
Heatsink module for 7/8" / 22.5mm ID tubes. .875" OD x .75" long Heatsink module with center hole. These are designed to fit the Parks/Korbanth sabers such as the Graflex 2.0 These are only made to be used with the tri cree/rebel lens holder and a slightly modified star base. -
Blue/Blue/White Cree XP-E2 CopperNova Blue Cree Forward Voltage @1000mA = 3.4V White Cree Forward Voltage @1000mA = 3.15V Triple Cree XP-E2 mounted on a SinkPAD-ll copper star providing a direct thermal path between the LED and Star. The most suitable, closest available resistors will be linked below in the 'you may also like' section. You have a little leeway in choosing the correct resistance (due to how LEDs work). it's common to 'dither' the calculated value to the nearest commercially available value. You can always double check the exact resistor values by using our LED Resistor Calculator. -
Green/Green/White Cree XP-E2 CopperNova Green Cree Forward Voltage @1000mA = 3.7V White Cree Forward Voltage @1000mA = 3.15V Triple Cree XP-E2 mounted on a SinkPAD-ll copper star providing a direct thermal path between the LED and Star. The most suitable, closest available resistors will be linked below in the 'you may also like' section. You have a little leeway in choosing the correct resistance (due to how LEDs work). it's common to 'dither' the calculated value to the nearest commercially available value. You can always double check the exact resistor values by using our LED Resistor Calculator.
-
Out of stock
Red/Red/White Cree XP-E2 CopperNova Red Cree Forward Voltage @1000mA = 2.65V White Cree Forward Voltage @1000mA = 3.15V Triple Cree XP-E2 mounted on a SinkPAD-ll copper star providing a direct thermal path between the LED and Star. The most suitable, closest available resistors will be linked below in the 'you may also like' section. You have a little leeway in choosing the correct resistance (due to how LEDs work). it's common to 'dither' the calculated value to the nearest commercially available value. You can always double check the exact resistor values by using our LED Resistor Calculator.
