Bender’s AX10 Ridgecrest Stage 2By Axial on Jul 23, 2012
It’s time for Part 2 of our Ridgecrest crawler build. For those that missed Stage 1, here is a link to that article in order to bring you up to speed.
Stage 1 Ridgecrest crawler build
Out of the box the Ridgecrest is meant to be more of a basher, rather then a full on crawler. So, for Stage 2 of this build we will cover more tips, and option parts, to improve upon its crawling capabilities.
First thing we will work on for this installment is the steering. Out of the box the Ridgecrest comes equipped with a plastic servo horn, which works fine with the stock steering links. But, I want piece of mind when out crawling and don’t like making repairs in the field. So, I am going to install an aluminum servo horn, and upgrade the plastic ball studs to steel for a little smoother steering action. Some may think that upgrading the plastic steering links at this time is a more worthy modification. But, I actually like a little flex in my steering set-up on my crawlers. Some of you may recall I ran Delrin steering links on my competition crawler for years with good success. It’s really personal preference at this point.
The new replacement servo horn. There are a few different spline counts for the various servos that are available on the market. For RTR Axial vehicles you will need a 25 spline servo horn, which is compatible with Futaba and Savox servos as well.
These new servo horns have small screws on each side of the head. When these screws are tightened down the servo horn actually clamps onto the servo’s output splines like a piranha. A must have for harsh conditions. Use a 1.5mm driver and gently tighten up both screws evenly.
Another mod I want to make for this Stage 2 build is the jump from Tamiya battery connectors to Dean’s Ultra Plugs. I plan on running small lipo packs in this build from here on out, and all my small packs have Dean’s plugs. So, the Tamiya plug had to go.
First thing I do after cutting the old plug off is to slide the heat shrink tubing for the Ultra Plug into place. Nothing is worse then installing new battery connectors and putting your soldering iron away, only to realize you forgot the slide the heat shrink on first. Doh!!
Solder the new connector into place, make sure to double check the polarity is correct before plugging a battery in. Now slide the heat shrink tubing down over the terminals and heat them up with a lighter to seat/shrink them.
Next modification I made was the jump to XR10 beadlock wheels and our sticky R35 compound Ripsaw tires. The difference in traction between these tires and the stock tires is unreal. I couldn’t scrape up a new set for this build so I borrowed my old set off the Project Backyard Basher Ridgecrest build. I also added some weight to the front wheels. This helps keep the front tires planted on steep climbs.
That takes care of Stage 2. I will try to shoot some video of this build as it sits now, before I move on to Stage 3. Stay tuned!!
The video is up!!
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