Tuesday, June 20, 2017

22T 3.0 Laydown?

Since its release in February, the 22T 3.0 has taken quite a few victories in hands of the TLR Race Team and Consumers alike, especially JP Richards.  One of the more popular setup options the last several months that has increased the maximum performance is converting the kit 3-gear standup transmission to a 3-gear laydown transmission.  This moves the motor forward quite a bit, which reduces wheelies, increases stability and side bite, and improves landing.

JP has mentioned that the truck was really good from kit setup, but the balance and speed increased noticeably for him when switching to laydown.  Given this feedback, we release a new part, TLR338006.  This is the machined laydown kit we used for the 22 3.0, but without the body or chassis to help reduce the cost.  Check out the conversion below:


For a good starting setup, I would suggest JP's setup from the JC Nationals hosted by SMAC Trac.  Although he was running stand up at that event, he has not changed his setup to accommodate from the mid motor configuration.

Race On!

Wednesday, June 14, 2017

Servo Mount, Chassis Brace servo options

Hello everyone,

This week I would like to talk about TLR’s option part Servo Mount, Chassis Brace (TLR331019) for your TLR 22 4.0, 22 3.0, 22 3.0 SR, and 22T 3.0. This option part allows the customer to run his or her servo either in the stock forward position or move the servo back in the car 4mm’s. Moving the servo to the optional back location requires some trimming of different components.

1. Trimming of TLR231065 Mud Guard in locations indicated in picture below.
2.Relocated servo horn ball stud to the front of the servo horn see picture below.
 3.Trimming of TLR1052 Front Bulkhead in location indicated in picture below.
                                                                         Before trimming
                                                                    After trimming


Wednesday, June 7, 2017

8IGHT 4.0 E clutch/diff shimming

Hello everyone,

This week, I would like to talk about the E clutch and aligning the clutch bell with the center diff better. During this past weekend's club racing in Florida, I noticed this to be an issue with a racer and I would like to share with everyone what I do to help with this issue. The 8IGHT E 4.0 center diff comes with two aluminum shims on each side of the center diff behind each diff bearings (TLR242008). Before building the center diff I don’t add the aluminum shim to the diff gear side and I add rear diff shims (LOSB3951) to the other side (the none gear side) of the diff. This moves the diff slightly more forward giving you better gear to gear alignment. This week the team is in Cullman, Alabama for AMS 8.0. Be sure to check out our FaceBook and Instagram for videos and photos from this weekend’s event.

JR #8realm

Wednesday, May 31, 2017

Project 22 4.0 Spec-Racer

As most people know, stock buggy is a huge class in RC.  The last time I truly ran stock was way back in the brushed motor days, and I wanted to see how the 22 4.0 was affected with various weight saving techniques that are popular on the car.  The biggest thing to do, for me, was to replace many of the stock steel parts with titanium or aluminum counterparts for weight savings and/or additional strength. 

Starting with the easiest items, I swapped out the nuts and shock standoffs for aluminum M3 nuts (TLR336004 & TLR336005)  and titanium shock standoffs (TLR4166) respectively.  This helped me shave nearly 10 grams on simple hardware items.

I also swapped out the stock steel turnbuckles with TLR Titanium versions (TLR334016) and saved another 10 grams, adding strength in the process.

Refocusing my attention to the ever important transmission, I found opting for the TLR Direct Drive System (DDS) saved 13+ grams AND lowered rotating mass as well (TLR332043).

Again, looking to make the drivetrain as efficient as possible, I turned to the SR ball diff and CVDs (TLR232071 & TLR232058).  This saves roughly 13g for the diff, and 7.5g with the CVDs from both static and rotating mass.  Also using the narrow diff gear, I cut down the drivetrain resistance (TLR332064)

Lastly, still looking to add strength and get rid as much weight as possible, I found TLR titanium ball studs are half the weight of steel versions (TLR6030, TLR6031, TLR6032).  While only saving 5g, you also importantly gain strength and a little bit of bling too :).

Adding these changes up saves roughly 60g, making the drivetrain more efficient and increasing the car’s strength.  While all are optional, every advantage in stock is going to help if your driving is already up to task.    Be aware of wiring and electronic setup and you can find the car’s weight is very manageable.

The final “track-ready” weight of my car is 1537g.  This includes using a Team Orion Stock Spec ESC, 5000mAh Ultra LiPo (no skinny pack needed), Team Orion Ultimate Stock 17.5T, and a Spektrum 6240 servo.  I am also using the kit body will full stickers, but I can shave 10g+ by utilizing the Ultra Lightweight body (TLR330008) and another 8-15g with titanium screws if needed.

Thanks for reading!

Kevin King (TLR Team Driver)

Wednesday, May 24, 2017

Anti-squat and rear shock location 22 4.0

Hello everyone,

This past weekend, I attended race #2 of the TLR Cup at the awesome facility RCE. I did a lot of running/testing both indoor and outdoor and I took notes from running my TLR 22 4.0, and I would like to share the most significant find. I changed anti-squat quite a bit and I ended up running less than normal. I started with 2 deg which is normal for most setups and I went to 1 deg to try to add a little more side grip in corners along with more forward grip. The change did this, but maybe a little too much than what I was looking for. I finished with 1.5 deg and the rear shocks laid in on the stock tower to have the balance I was looking for. So, if you’re in the situation looking for a little more rear grip with added side grip try these two set-up changes.


Tuesday, May 16, 2017

8IGHT 12 deg front spindle carrier set

Hello everyone,

This week we will do a product spotlight on TLR’s new front spindle carrier set, 12 deg for TLR’s 8/8E/8T 4.0 vehicles (TLR344004). Let’s review the differences between more and less front caster. Less front caster has less initial steering when entering corners, but it should have more mid-corner steering with less corner exit steering. More front caster has more initial steering when entering corners, but should have less mid corner steering with more corner exit steering. I feel the 12 deg spindle carrier helps the car in higher grip situations by not upsetting the car on corner entry and exit. It also gives the ability to steer on power in the middle of the corner. This front spindle carrier also comes with the optional roll center hole, which is an added tuning item that can work with the inter front camber link for optional front roll centers.
 JR #8realm

Wednesday, May 10, 2017

Stiffezel TLR 22 4.0 arms

 Hello everyone, 

This week we will talk about TLR’s new material called stiffezel. The TLR 22 4.0 comes with stiffezel front and rear arms (TLR334046 front, TLR334047 rear). A nice tuning option is the standard material that is slightly softer then the stiffezel arms (TLR234046 front, TLR234079 rear). I experienced this option at round one of the TLR cup in Omaha switching from stiffezel rear arms only to the standard material rear arms and I found a slight increase of rear grip and stability on the tricky and bumpy surface at the HobbyPlex. I haven’t tested the difference in performance of the front arm material, but I asked TLR’s Frank Root for his opinion and here’s what he had to say: FR “It’s not really a balance change, the car feels like it gains the stability of a heavier car with the stiffezel front arms, without losing the nimbleness of a lighter car.”