AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 8

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We’re getting very close to finishing the AX90046  build series and by the end of this particular blog, you should be able to drive your truck if you’ve been following this series as you build. Here some of the final electronic and detail peices will be added to the rig. Time to work.

Axial SCX10 Chassis Build 1

STEP 1

Axial SCX10 Chassis Build 2

Let’s get the electronics mounted to the chassis. In the kit you find servo tape to help install your purchased electronics. Before applying the tape, make certain the surfaces are free and clean of dirt and oil. Use motor spray or rubbing alcohol and a paper towel to clean the surfaces. Cut pieces of tape to install the ESC. Make sure you have enough tape left over for the switch and the receiver.

STEP 2

Axial SCX10 Chassis Build 3

Stick you ESC to the side plates. The manual instructs you to place the ESC behind the radio box. We’ve decided to switch it up and place it on the right side plate since we won’t be using the 2-speed conversion in this kit. Stick the receiver into the radio box too.

STEP 3

Axial SCX10 Chassis Build 4

Next route the wires through the rubber radio box end seal. Place the wires in the seal and then slip it into the box. Apply a little grease here if the seal doesn’t slide in. Next place the lid seal into the radio box lid and screw it to the top of the box.

STEP 4

Axial SCX10 Chassis Build 5

Next, a little modeling work. The light lenses need to be placed into the bumpers. Its a good idea to place a small dab of clear modeling cement on the lens pins to help keep them secure in the bumper.

STEP 5

Axial SCX10 Chassis Build 6

Using the screw pins, secure the bumpers to the mount. Here you can also slip the trailer hitch in and secure it. If you think you’re going to tackle some serious approach angles, you might want to leave the trailer hitch off.

Axial SCX10 Chassis Build 7

STEP 6

Axial SCX10 Chassis Build 8

The body posts are placed into the shock towers next and secured with screw pins. Take note of what holes the screw pins go in so your body sits properly on the chassis.

STEP 7

Axial SCX10 Chassis Build 9

The sliders get bolted to the side plates next. Note these are adjustable by sliding them in and out depending on what body you have.

STEP 8

Axial SCX10 Chassis Build 10

Now the tricky part. Glueing up tires! You need to spend the time and do this step properly so your tires don’t come off on the trail. Make sure to use a good CA glue too. We suggest Dynamite Thin CA. Take a look at this blog if you need help with the glueing process HERE

STEP 9

Axial SCX10 Chassis Build 11

After the tires are glued and dry, install your hexes to the axles. It’s a good idea to add a little bit of threadlock to the hex retaining set-screw. Bolt the wheels on with the supplied lock nuts followed by the covers.

FINISHED

Axial SCX10 Chassis Build 12

We didn’t wire up our demo truck, but at this point wire up your speed controller if necessary and give your new rig a test run… you know, because you have to play ASAP! Body painting and finishing is up next. See you in the next blog.

 

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 7

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Our AX90046  build series continues and up until now, it’s been assembling sections of the rig, but when we’ve finished, it still looks like a pile of parts. Well, in this blog entry, the build is really going to start to take shape. Here we’re going to assembly the chassis and start bolting on all of those sections from the previous steps. Let’s make this pile of parts look like a rig!

STEP 1
Axial SCX10 Chassis Build 2
First we turn our attention to the battery tray. The Velcro strap needs to slipped into the tray with the fuzzy side facing out. This will allow the hook of the velcro to secure to the loop. While the tray is out, you should install the battery position tabs in the tray. This is often left out, but if all of your packs are the same, its a good idea to use these so your battery doesn’t shift.

STEP 2
Axial SCX10 Chassis Build 3
Next up, install the servo mount and brackets. No real tips here, just make sure you don’t overtighten the screws and strip out any holes.

STEP 3
Axial SCX10 Chassis Build 4
The servo goes in next with the splined output facing forward. Don’t forget to use the sire wire security strap/ tabs which makes wire routing much cleaner.

STEP 4
Axial SCX10 Chassis Build 5
The front tower goes on next. The tower with the panhard bar mount is used here. Pay extra attention to the size of the hardware used.

STEP 5
Axial SCX10 Chassis Build 6
Lots going on in this step. Start by installing the side tray on the chassis, but before doing so, take special note that the servo lead wire is run between the tray and frame rail for a nice clean look. The screws for the tray also secure the transmission to the frame rails. After the tray is in, install the correct rear shock tower and then the cross members. Pay attention to the frame holes the tower is postioned in. This corresonds with the proper wheelbase for this build.

STEP 6
Axial SCX10 Chassis Build 7
Now the opposite side frame rail is installed. Start securing the rail by screwing the shock tower into position.

STEP 7
Axial SCX10 Chassis Build 8
The tray goes into position next. The hardware will secure the tray to the frame and in turn secure the transmission.

STEP 8
Axial SCX10 Chassis Build 9
Time to button up the rest of the chassis assembly by installing the  front tower and front bumper mount screws.

STEP 9
Axial SCX10 Chassis Build 10
The assembly is really getting interesting now! Take your front axle and link assembly and start attaching it to the chassis by inserting the center Wild Boar Driveshaft to the axle output and install the retaining screw-pin. With the driveshaft in place, you can screw the links to the chassis.

STEP 10
Axial SCX10 Chassis Build 11
Next, the shocks are installed onto the shock towers and lower brackets. Make sure you use the front shock assemblies here. Don’t overtighten the shock mounting screws. Overtightening can pinch the plastic ball studs.

STEP 11
Axial SCX10 Chassis Build 12
Here is a tricky part. Installing the servo horn. If you went ahead and screwed the panhard bar to the mount, it might be easier to get the horn onto the servo by removing the panhard link. With it out of the way, install the servo arm on the steering link and secure the horn to the servo. We know you already centered your servo before installing it… right?

STEP 12
Axial SCX10 Chassis Build 13
Just like the front, the rear axle and link assembly gets bolted to the frame. Remember to install the driveshaft first before attaching the links to the chassis.

STEP 13
Axial SCX10 Chassis Build 14
Bolt the rear shocks to the towers and axle brackets.

FINISHED

SCX Chassis

Now it’s starting to look like an SCX10II.

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 6

AX90046SCX10II_JeepCherokeeKit_Build_Series_Part6

Assembling the Wild Boar Driveshafts is a fairly simple task and should only take you a few minutes to complete. There are however a few tips we’re going to throw in to make sure the parts work well for those long treks on the trail. Ready, set, build!

TOOLS NEEDED
2mm Hex Driver
Side cutters
Supplied grease and threadlock also required

STEP 1
Axial SCX WB Driveshafts 1
Start by cutting the driveshaft parts from the parts trees. The trees have various size driveshaft parts on them so reference the manual to see exactly which parts you need.

STEP 2
Axial SCX WB Driveshafts 2
Here we start to assemble the driveshafts and it is extremely important to add thread lock to the screws before inserting them into the driveshaft and screwing it into the universal mounting boss.

STEP 3
Axial SCX WB Driveshafts 3
After the end is screwed into the driveshaft, place a small dab of grease on the hex driver and use it to coat the inside of the driveshaft end.

STEP 4
Axial SCX WB Driveshafts 4
With the ends greased, you can slip the universal barrels into the ends.

STEP 5
Axial SCX WB Driveshafts 5
Slip the drive cup over the end and line-up the cross-pin holes. Once the holes are lined up, you can insert the pins.

STEP 6
Axial SCX WB Driveshafts 6
To secure the pins in place, you’ll simply need to slide the plastic sleeve over the cups. Set-screws will hold these in place later.

STEP 7
Axial SCX WB Driveshafts 7
Assemble the rest of the driveshaft by inserting the appropriate slider into the Wild Boar shafts.

STEP 8
Axial SCX WB Driveshafts 8
Now the shafts are attached to the transmission output shafts. Here you’ll use the set-screw pins to secure the drive cups to the output shaft. You may use a dab of threadlock on the set-screws for extra security. Note, if the holes for the drive cup do not line up with the shaft, you may have installed the shaft incorrectly, go back and rebuild the gearcase if necessary.

STEP 9
Axial SCX WB Driveshafts 9
The skidplate is up next for installation. This is simple, secure it to the transmission case with the two provided flathead allen screws.

STEP 10
Axial SCX WB Driveshafts 10
The transmission mounts are installed next. Pay close attention to the direction in which they are installed. Snug the two buttonhead screws that secure the mounts.

FINISHED
Axial SCX WB Driveshafts 11
With several sections of the manual complete, the next steps will really start turning parts into an actual rig. Make sure you check back for the next part of our kit build!

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 5

AX90046SCX10II_JeepCherokeeKit_Build_Series_Part5

We’re getting into some fun territory here on our SCX10 Jeep Cherokee Kit Build, moving on to the transmission assembly. The build is fairly straight forward with a few notes that you need to know in order to build this important part of the vehicle properly. You’ll only need a few tools here such as a 2mm hex driver, needle nose pliers and the kit box wrench. Let’s build!

STEP 1
Axial SCX Transmission2
First up is building the gearshafts which is faily simple unless you jumped right into putting parts together and not reading the manual. Note, there are two bearing sizes in the parts bag. The larger bearings are used in this step. Also there are two types of cross pins used to support the gears. You’ll need to use the larger pins here. And finally make sure you use the correct spacer tubes on the shafts shown here. Slide the parts together as shown.

STEP 2
Axial SCX Transmission3
Now we can slip the assembled shafts into the transmission half. Before doing so, coat the gears in grease.

STEP 3
Axial SCX Transmission4
Slip the other half of the transmission case on the shafts and give them a little wiggle to help seat the bearings in the case. Screw the halves together and install the transmission support post.

STEP 4
Axial SCX Transmission5
The transfer case is assembled next. Push the bearings into the case first.

STEP 5
Axial SCX Transmission6
This is somewhat of a tricky step. You’ll want to start by pushing the transfer case half on to the transmission over the output shaft. Then you’ll need to use your pliers to install the small cross-pin that keys to the gear. Once that is done, you can install the rest of the gears, shafts and pins. Then place the outside transmission half on and bolt it together with the supplied hardware.

STEP 6
Axial SCX Transmission7
The motorplate and back half of the gearcover are up next. These are simply pressed together and bolted onto the transmission case with three screws.

STEP 7
Axial SCX Transmission8
The slipper assembly gets a few notes too. Start by washing your hands. You don’t want greasy fingers on the pads. Next remove the white paper from the pad revealing the adhesive. Carefully place the pad into the keyed spur gear. Do this for both sides. Now slip a metal plate on the top shaft, followed by the spur gear bushing, the spur and then the second metal plate. Follow this with the spring and retaining nut. Tighten the retaining nut until you see 2-3 threads of the top shaft. This is a good starting point until you adjust the slipper later.

STEP 8
Axial SCX Transmission9
Finalize the slipper assembly by installing the spring and retaining nut. Tighten the retaining nut until you see 2-3 threads of the top shaft. This is a good starting point until you adjust the slipper later.

STEP 9
Axial SCX Transmission10
Now is the right time to install your motor and pinion gear. There is a slot in the side of the gear cover that will allow you to tighten the pinion gear with your 2mm hex driver. Take your time to set the gear lash properly so it doesn’t bind, nor is too loose.

STEP 10
Axial SCX Transmission11
Button up this transmission build by installing the gear cover on the front. Just be sure to carefully slide it on so the tab covers the slot where your hex driver was used to install the pinion.

Customize Your AR44’s In Minutes

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One of the best parts to owning an Axial SCX10 II is your ability to customize it to make it your own. There are plenty of performance and accessory parts to choose from and in this blog we’re going to show you how to customize your SCX10 II’s AR44 axles. This accessory swap should only take you minutes to perform and cost you under $10 for each axle. Here’s what you need to know.

PARTS NEEDED
Axial Black Axle Options 2
AR44 Black Differential Cover and Link Mounts- AX31437 (Quantity Needed: 2)

TOOLS NEEDED
Axial Black Axle Options 1
2mm Hex Driver

STEP 1
Axial Black Axle Options 3
Swapping out the differential cover is simple and can even be done while the axle is on the truck if you have a ball head 2mm hex driver. You’ll want to locate the four diff cover screw heads on the pinion out-put side of the axle and unscrew all four.

STEP 2
Axial Black Axle Options 4
After removing the four cover screws, pull the differential cover off, it’s in there pretty tight, so use some force to pull it from the axle housing.

STEP 3
Axial Black Axle Options 5
Break or cut the new black diff cover off of the parts tree in slip it into the axle. Make sure the indent on the cover faces the bevel gear side of the axle. Screw the four retaining screws back in and tighten them snug. This is how the axle looks with a black cover and red link mounts, a cool custom option.

STEP 4
Axial Black Axle Options 6
Want to swap the link mounts out too? First you’ll need to remove the suspension links and shocks from the mount. Then unscrew the mounts from the axle as shown above.

STEP 5
Axial Black Axle Options 7
Once you’ve installed the red mounts, break the black mounts from the parts tree and install them on the axle the where the red mounts were, paying close attention to how the mount is positioned. The link mount with extra support faces the bottom. This is how an all-black AR44 Axle looks.

FINISHED
Axial Black Axle Options 8
If you removed your axles from your rig, now is the time to reinstall them. Above is another option we wanted to show you. This axle is set up with black link mounts and a red diff cover. Build your axle the way you want it for a custom look!

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 3

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Up next in the build series is assembling the links. Probably one of the best parts of the build, am I right guys?! Well, it might not be everyone’s favorite because it is some repetitive work, but what brightens up this particular job is that this kit comes with aluminum links which is preferred over composite links. This is some simple work but there are a few tips and tricks we can pass along.

TOOLS NEEDED
2.0mm hex driver
Side cutters

STEP 1
Axial Kit Build1
As always its best to gather the parts bags you’ll need and run through the steps in the manual quickly to help identify any details that require extra attention.

STEP 2
Axial Kit Build2
A little tip we like to pass along is to arrange the aluminum link tubes in size order so you identify them a bit easier as you go through the build steps.

STEP 3
Axial Kit Build3
Find the aluminum tubes used for the first link assembly. If you’re unsure of what size tube to use, you can place it on the 1:1 drawing to find the correct size.

STEP 4
Axial Kit Build4
Take a close look at the instructions to identify what rod ends you’ll need. There are a number of styles, some on angles and some are straight. You want to make sure the part number in the manual matches the rod end you use or there could be some suspension bind if you use the incorrect rod ends.

STEP 5
Axial Kit Build5
Using the 2mm hex driver, screw the set screws into the rod end until you just feel them bottom out.

STEP 6
Axial Kit Build6
Screw the rod ends into the aluminum tubes. Make sure the final locations of the ends match the illustrations in the manual.

STEP 7
Axial Kit Build7
Axial Kit Build8
Next you’ll need to insert the pivot balls into the rod ends. Note, the pivot balls have a large flanged end and a narrow end. Note the way they are installed as illustrated in the manual. Some links have both flanges face the same side while other links have an off-set installation.

STEP 8
Axial Kit Build9
The steering links and pan hard link should now be assembled. You can install them on the axle and steering knuckle with the hardware as indicated in the manual. Do not overtighten the screws. The pivot balls are plastic and can be crushed if you tighten the screws too much.

STEP 9
Axial Kit Build10
Next build the three links that will support the front axle and tie it to the chassis.

STEP 10
Axial Kit Build11
Screw the three links to the front axle, making sure the rod ends are facing the correct way as indicated by the illustrations.

STEP 11
Axial Kit Build12
By now you should have a good understanding of how the links go together. Assemble the four remaining rear links and attach them to the rear axle.

FINISHED
Axial Kit Build14
The link assembly is complete! If you used a hand tool, by now your wrist should be tires and your fingers sore from holding onto the rod ends. Congratulations you’re fitting nicely into the model community. Keep an eye out for the next steps of our build series where we’ll get into building the shocks.

Note: This How To Can Also be Used For Link Sets:
SCX10 II Front Links Set – AX31465
SCX10 II Rear Links Set – AX31466

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 2

AX90046SCX10II_JeepCherokeeKit_Build_Series_Part2

Building your AX90046  kit is going to be a great and rewarding experience. You’ll see how each and every piece fits together and you control the build how you want it to be assembled. We’re starting the build at the beginning of the manual of course. This also means we’ll be starting with bag A and will eventually need to dip into some other bags of supporting parts.

TOOLS NEEDED
Axial Kit Build19
Cutters
1.5 and 2.0mm Hex Drivers

STEP 1

Axial Kit Build1

Open Bag A and organize your parts so you can see everything you’re working with.

STEP 2

Axial Kit Build2

Start by assembling the spool and ring gear. The gear is held onto the spool with three M2x8mm screws. Use a small drop of the included thread locking compound on each screw before installing it. Tighten the screws well so they do not back off. Then slip the 7x14x3.5mm bearing onto each end of the spool. Make two of these.

STEP 3

Axial Kit Build3

You now need to search for additional parts outside of Bag A. Look for Plastic Bag 1. This will have the axle parts you need for the next several steps.

STEP 4

Axial Kit Build4

Push the appropriate bearings into the plastic axle housing that support the bevel pinion gear followed by the gear itself. Take the supplied grease, puncture the end and liberally coat the ring gear on the spool with grease. More is better here, but make sure you have enough to coat the axle gears and the transmission gears later in this build.

STEP 5

Axial Kit Build5

Slip the spool assembly into the axle housing. It will only fit in one way. Cap the axle with the cover and the four M2.6x18mm screws. Use a quality 2mm hex driver to tighten the screws to a firm feel.

STEP 6

Axial Kit Build6

Next find the rest of the plastic axle components. When it time to cut them from the parts trees, use a good quality sprue cutter.

STEP 7

Axial Kit Build7

Cut the steering knuckle from the tree and insert the appropriate bearings into the knuckle to support the front universal shafts.

STEP 8

Axial Kit Build8

Push the universal driveshafts into the bearings.

STEP 9

Axial Kit Build9

Turn your attention back to the axles. It’s time to install the C-carriers. Slip the bearing into the axle followed by the carrier and secure it with the screw. Take extra time here and follow the manual. These carriers are installed in a certain way that is well diagrammed in the manual. Failure to install them correctly will result in some funky geometry that will not work well on the trail.

STEP 10

Axial Kit Build10

Slip the assembled driveshafts with carriers into the axle housing. You’ll then use the shoulder screws to secure the knuckles to the C-carriers. Take note of the direction of the parts here too. When screwing in the shoulder screws, make sure they are a bit past snug. Don’t over-tigthen the shoulder screws or you chance stripping out the C-carrier.

STEP 11

Axial Kit Build12

Gather up the parts to complete the rear axle assembly.

STEP 12

Axial Kit Build13

Slip the half-shaft into the axle housing making sure the flat end keys into the spool. Then place a bearing at the end of the shaft.

STEP 13

Axial Kit Build14

Slide the axle extension tube over the half-shaft and secure the part in place with the pinch screw.

STEP 14

Axial Kit Build15

We’re getting close to wrapping up the axle assembly. Locate the link mounts and secure them using M2.6x1mm screws. Tighten these screws firm, they support the suspension links. Install two link mounts on each axle case.

FINISHED

Axial Kit Build18

Here are the assembled front and rear axles. This build blog would also be helpful if you were building the AX31438 AR44 Locked Axle Set for a custom project. Take your time and build the axles right for smooth bind free operation.

AX90046 SCX10 II Jeep Cherokee Kit Build Series – Part 1

AX90046SCX10II_JeepCherokeeKit_Build_Series_Part1
The debate over which style of RC kit is better, ready to run or build kit, may never be resolved, but one thing is for sure, Axial serves up both styles for either type that suits your style. Since Axial builds a lot of projects, the team tends to lean towards a kit to build and well there are some exciting build projects in the works. So while we’re building up a new AX90046 SCX10 II™ 2000 Jeep® Cherokee 1/10th Scale Electric 4WD Kit to use as the base for a build, we charged up the camera to take some pictures along the way of a stock kit build. If you have any questions about building your SCX10 II kit, you’ll be able to reference this build series to get you through any steps. In the first part of this series, we’re going to go over the basics of the kit itself and things you’ll need for the perfect build.

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When you get your kit, the first thing you should do is? Anybody? Empty the box and roll around in the Axial goodness? No that’s just too weird man. The first step is to go through the contents and familiarize yourself with what’s in the box.

3
Put your hand on the body, flip the box over and viola! The kit contents all packed up in an XJ shell.

5
Here’s the bag you should get into first. The bag with the manual.

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If it’s your first time building a kit, you should read through the manual first. Look at what you need. Take note of hardware sizes. Look at the types of parts. What parts bags go with what steps. A run through ahead of time will minimize miss steps or something else that may throw your build off track.

8
When going through the steps, take out some of the parts bags so you know what to look for when you get to that particular step later.

9
The need to open a new bag may come at any time.

10
Sometimes it’s a good idea to lay out the parts bags in the order you’ll be assembling them.

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13
14
Wait! What are these green nubs and the religious item included in the kit? These green domes are course markers. They are put on the trail so you know where to drive your rig. If you get into competitions, you’ll see more of these on the trail. The silver tool is a cross-wrench that will service most hardware nuts on the truck.

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Now let’s get into what you need. With most kits, you’ll need electronics and you’ll need to pick these items up at your local hobby retail store or your favorite online business; Horizon Hobby has all of the gear shown above. For the SCX10 II Kit, you’ll need a radio with receiver, a steering servo, motor, speed control, battery, charger and possible connectors for your ESC.

17 18
Next up on the you’ll need list is tools. There are two examples above. The top is a bit more expensive tool set-up while the set below is a less expensive set that will get the job done too. You’ll need cutters, pleirs, a hobby knife, scissors, hex drivers and even nut drivers to complete the assembly of your kit. Here are some links to the tools above:
Dynamite Metric Hex Driver Set- DYNT2030
Dynamite Nut Driver Set- DYNT2010
Dynamite Start-up Tool Set- DYN2835

19
Finally the chemicals you’ll need. Some CA glue such as the thin adhesive shown here from Dynamite for the tires and some paint for the body. Window masks are included with the kit, but if you want to spray your body more than one color, you may need some masking tape to use for your designs.

6
No seriously; did you read the manual? Do it, it helps. That wraps it up for the introduction of this build series. Make sure you follow the build each week while we get this truck ready for off-road action.

 

 

How To: Low Cost Blazer Tail Lights

Simple_Blazer_Tail_Light_Install
The AX90058 SCX10 II 1969 Chevrolet Blazer has become an instant hit since it’s release and drivers all over are already taking it out to explore new trails and others are already customizing it with incredible scale detail. A few of the features that many Blazer owners like is the included front LED lights and included AE-5L speed control to power the lights. If you haven’t noticed already, there is an open pigtail on the speed control that will allow you to install an additional set of LED lights. We’re going to show you how to take advantage of that open LED port by installing tail lights on your Blazer. All you’ll need are the light pods included with the kit, some hardware you may already have and a light string you can pick up at your local hobby shop or favorite online retailer.

Axial Blazer Tail Lights 1
You remember that bag of extras that came with your kit? Time to dig it out from under your workbench. Inside you’ll find some parts trees with light buckets and lenses. There are a number of light buckets included, but we’re going to use the small round buckets found on the tree shown above.

Axial Blazer Tail Lights 3
To add LED lights you’ll need to pick up a pack of AX31481 lights that will look similar to the lights above. You’ll also need just a few screws to complete the install. Two 3x6mm button head machine screws (AXA0113) and two 2x6mm cap head machine screws (AXA013.)

STEP 1
Axial Blazer Tail Lights 4 Axial Blazer Tail Lights 5
We’re going to install the tail lights in the rear bumper. The first step is to test fit the lights so you know exactly where they are going. The two photos above show where the light buckets will be located on our Blazer.

STEP 2
Axial Blazer Tail Lights 6
Using a marker, make a mark on the bumper where the indexing pin on the light bucket will go in the bumper.

STEP 3
Axial Blazer Tail Lights 7
Now drill a small hole where you made your reference mark. We actually found that rotating a hobby knife around like a drill will make a nice small hole just right for the bucket pin.

STEP 4
Axial Blazer Tail Lights 8
Now place the light bucket back into place on the bumper, the index pin should go right into the bumper. Make sure the bucket is square in the bumper and then use your marker to make a mark around the mounting boss of the bucket. This will give you an idea of where you need to drill the mounting hole.

STEP 5
Axial Blazer Tail Lights 9
Drill a 3.5mm hole using your marks as a guide. When you’re done, your hole pattern should look like this.

STEP 6
Axial Blazer Tail Lights 11
Axial Blazer Tail Lights 10
Time to assemble your light buckets. Slide the LED light in the bucket, followed by the LED clip over the back of the light and use the 2x6mm screw to secure the clip to the bucket.

STEP 7
Axial Blazer Tail Lights 12
Next press the lenses into the light buckets. TIP 1: Paint the lens red from the backside to give it more of a tail light look. TIP 2: Before pressing the lens into the bucket, use some clear model glue to help secure the lens.

STEP 8
Axial Blazer Tail Lights 13
Here is the tricky part, screwing the light bucket to the bumper using the 3x6mm screw. To do this, we cheated and made an additional hole in the bumper bracket that allowed us to slip a long 2mm ball-end hex driver through the bumper to get to the screw. Screw your light pods to the bumper.

STEP 9
Axial Blazer Tail Lights 14
Things get simpler here. Plug your LED light string into the open port of the AE-5L speed control.

STEP 10
Axial Blazer Tail Lights 15
Use some zip-ties to secure the LED light wires to the chassis cross members.

FINISHED
Axial Blazer Tail Lights 17 Axial Blazer Tail Lights 16
In about 10-15 minutes of time at your workbench, you should have working taillights. Head out to the trails and enjoy the new look of your Blazer on your Axial Adventures.
Axial Blazer Tail Lights 18

Axial Deadbolt and Wrangler CRC Bumper Mod

CRC_Bumper_Mod

As you continue to grow into your Axial SCX10 II and become more comfortable driving the rig, you’ll want to progress your adventures beyond daily driving. When doing this, you’ll start to think more about approach angles to obstacles and this is when things like the scale replica bumper on the truck may hold you back. Sure the bumper looks cool, but it’s overhang may prevent you from getting over some tough terrain. When you reach this point, you might want to consider modifying your bumper. Here we’re going to go over a CRC bumper modification that many seasoned scale drivers are already doing. You’ll need a few basic tools you may already have on hand and just a little bit of time at your workbench. Let’s get started.

TOOLS NEEDED
2.0mm Hex Driver
Lexan Scissors
Drill & 2.5mm drill bit
Dremel tool with sanding drum

BEFORE WE BEGIN
Axial CRC Bumper Mod 2
Before you jump right into your bumper modification, let’s take a look at the stock bumpers position, just so you can see how much it has moved once the mod is complete.

STEP 1
Axial CRC Bumper Mod 3
Using a 2mm hex driver, remove the two screw pins that hold the bumper to its mount.

STEP 2
Axial CRC Bumper Mod 4
Using a marker, mark the area that will need to be cut away from the original bumper in order to move it farther back in the chassis. Note, you’ll want to clear the chassis rails, so make sure you start your marks on the outside of the frame rails.

STEP 3
Axial CRC Bumper Mod 5
Using a pair of Lexan scissors, cut along the line you marked on the bumper. Be aware that there are thin support tabs in the bumper that will need to be cut as well.

STEP 4
Axial CRC Bumper Mod 6
Toss scrap plastic and if you wish, clean up the cut edges on the bumper with a Dremel tool and sanding drum. Be sure to wear eye protection.

STEP 5
Axial CRC Bumper Mod 7
The thin support plastic tabs you cut through before are also located on the top side of the bumper posts. These will need to be cut away too, to allow the bumper to slide further into the mount. Using straight scissors, cut the tab close to the post and close to the bumper plate.

STEP 6
Axial CRC Bumper Mod 8
Now you can “rip” the rest of the little support tabs out with a pair of needle nose pliers.

CHECK YOUR WORK
Axial CRC Bumper Mod 9
With the bumper cut up and the tabs removed, insert the bumper to make sure your cuts were enough. We have plenty of room here to cut the ends of the mounting posts and move the bumper even farther back.

STEP 8
Axial CRC Bumper Mod 10
With a pair of side-cutters, cut the ends of the bumper posts off at the last hole.

STEP 9
Axial CRC Bumper Mod 11
We’re getting close to finishing. Insert the bumper as far back as it will go in the mount, making sure it’s square to the chassis. Take your drill with 2.5mm bit and drill new holes into the bumper posts using the holes in the chassis mount as a guide.

STEP 10
Axial CRC Bumper Mod 12
Grab the bumper mounting screw pins and screw your bumper back in place in the new set back location.

DONE
Axial CRC Bumper Mod 13
The bumper relocation is complete. See how much closer it is to the battery mount? You’ve now reduced the amount of front bumper overhang and should be able to approach steeper obstacles to conquer.
Axial CRC Bumper Mod 14