Description
The PRO Driller Tool from Pinewood Pro guides your drill bit to make perfectly straight or 2.5 degree angled axle holes in a wooden derby car blocks.
The axle slots in a pine derby® block are not always square and straight. Drilling the axle slots insures your axles go in perfectly straight, slide in easily with your finger rather than needing a hammer and prevents the block from cracking.
Straight axle holes means your car will roll straight for maximum speed.
The 2.5 degree angles holes are used to cant your axles so they migrate away from the car body where there is less friction. Less friction means more speed.
Our patented View Port makes it simple to align with the axle slot because you can see through the PRO Driller.
The PRO Driller has an easy slide feature that adjusts perfectly to any Derby or AWANA® wood block.
The raised wheel guide hole allows you to raise one wheel, another proven speed technique.
The PRO Axle Hole Driller Tool is a versatile mini-drilling jig.
Made of Aluminum and comes in a cool blue color!
2.20mm (.087") drill bit included.
Instructions included and Illustrated usage is found at https://www.pinewoodpro.com/PRO-Axle-Hole-Driller.htm
The PRO Driller Tool is patented by Pinewood Pro, US patent #9,095,912
This product has been tested and passed appropriate CPSIA standards by an independent lab and has received a Children's Product Certificate (CPC).
BUY AMERICAN! Pinewood Pro is a US company that has supported the derby community for over 20 years.
Features
- Drill Axle holes to create perfectly straight or 2.5 degree angled axle holes so your car is fast.
- Drill new axle holes or drill into existing pine car derby axle slots using our exclusive View Port.
- Drill 2.5 degree angled axle holes to cant your axles to reduce friction - less friction, faster speed!
- Drill a "raised wheel" axle hole to reduce friction further. This proven technique WILL make your car faster.
- Easy slide adjustment fits any car block. Includes instructions and a 2.2mm drill bit for easy axle insertion.