ZENE

you can also consider the metal differential, haha

Exactly, friend, thank you very much for your correction. I have revised the title. I'm sorry I confused this model Thank you friend, hope you give more comments We will consider this.

Looking forward to your comments, bro.

A creative video of RC modification from @Kenneth Klapper, using high-performance RC components from ZENE Bricks。 Two 3S batteries, Two ZENE motors with 1:4 planetary reducers, Two ZENE metal differentials, and other accessories. Based on the modification of Lego's 42177 Mercedes G500 6x6, it has perfect power and off-road capabilities, can be driven in various terrains, and has extremely high playability. You can see that it is easy to drive on the grass without using high-power. Designer @K4enneth7 video: Lego MOC Brabus G900

It's really not cheap, because many of them are customized, individually molded, and manually assembled, plus the designer's patent fees.

ZENE Bricks designer spent 3 months to optimize every detail. The butterfly door and the smoothness of the tail fin lifting and lowering are not simply about lifting and dropping, and a separate chip has been designed and manufactured to control them. There are also repeated tests on the stability of the wheels at high speeds, including route planning to avoid damaging the original model design, and even considering the strength of the suspension to achieve the best performance. Hope you like it and look forward cooperation with zene bricks.

It's been a while since I last came here, and I'm very happy to see your post because I was planning to post a 42172 modifiction too, haha. Additionaly, you mentioned motors with higher torque, and we have designed a new planetary gearbox to meet the demand for greater torque, such as for off-road use or trucks https://drive.google.com/file/d/1d32DTIV85e-GOYBNnh9HjATvvV0EPBeW/view?usp=sharing https://drive.google.com/file/d/1Qn8abSusWCMVB5hVYug2V8e9_PGbTNra/view?usp=drive_link

You will open the door to a new world, Buddy

Thank you very much for bringing us up. It is a great recognition of our products and an honor for us. We initially aimed to provide comprehensive modification packages and solutions for flagship models(because many new fans are starting to wonder why the cost of RC is so high), such as 42143, 42096, 42156, as well as high-performance RC modifications for the 42172 currently under designing. Later on, we found that many friends with similar hobbies would use high-performance accessories for their own creation and modification, so we released some parts. I am looking forward to sharing and enjoying the fun and creativity of extreme modification with friends who share the same interests here. I also feel that this forum is the most professional community.

ZENE Bricks ([Link removed]) has already set the price down, and establishing a long-term partnership will result in better discounts.

Okay, this topic is too complicated and there are many explanations of its meaning. Hahaha, going back to this video, it can clearly demonstrate how to modify it, and the RC modification itself is very successful, with excellent handling, drift, and acceleration

Okay, although I don't agree, I respect your thoughts

Then you are already very fast. If you test the collision, you can assemble it faster The RC wheels used are much cheaper than Lego's

Yes, they did the same before, using springs and similar devices to achieve high-speed collisions. But I recommend them to use ZENE Bricks' brushless RC kit to achieve high-speed collisions, which is more realistic

They used metal axles and some of the pins are broken. I think he has many spare parts, it's not a big problem

I also asked Youtuber this question immediately, and the answer was: there are only some minor flaws in the parts, it just takes time to reassemble. Lego's parts have high strength.

Just like extreme sports, sometimes it's for a challenge and adventure. Regarding speed, I think it's difficult to capture and achieve collisions at the highest speed very well, but based on our previous testing with speed detection equipment, the 42143 Ferrari can exceed 60km/h (let alone 42096 Porsche 911 is lighter). Of course, if strict exploration speed is required, maybe better venues and testing methods may be needed. I respect your rigorous attitude.

When I first saw this Youtuber video, I was attracted by its professionalism and creativity. Simple collision tests are not something every LEGO player dares to try. So I contacted them without hesitation, hoping that our brushless modification plan could make his collision test more realistic * In addition, to achieve better video effects, a 3s battery is used Lego Technic Porsche 911 CRASH!!!! 🚨 70 Km/H 🚨 Lego RC Car Crash Test - YouTube

Got. Make sense. Thank you. Encapsulating different gears is a good direction, and we will consider this. This mainly depends on the demand, including the use of 2435 motor or other motors. If the demand in this area increases, we will conduct more compatibility tests. 😉 Regarding the fixing plan for increasing the side of the motor, once it is completed, I will post it here.

@gyenesvi If there are any omissions in my reply, please let me know. Thank you very much to @Ryokeen @Krzychups @NoEXIST for your professional and clear reply. 1. What is the total length of the motor + reduction gearbox? Answer: After adding the planetary reduction gearbox, I measured it with a vernier caliper: length is 7.38cm. As for price, I won’t discuss it here. Contact me on my website please. 2. Can the 2435 motor be compatible with a reduction gearbox? If it is compatible, does it need to adjust the size? Answer: It is compatible with our reduction gearbox. Knowledge 2435 is not very versatile. Once a heavy vehicle, it will not be able to drive it easily. For dimensions, please refer to the parameter diagram in my topic. 3. Are there ESC parameters? Can I use multiple geekservo servos? Answer: 2A current, barely powering less than 3 servos, BEC power supply parameters: 5V/2A. Of course, I will sort out the more detailed parameters step by step. 4. Is it easy to adjust the reduction ratio of the planetary reduction gearbox? Answer: The reduction ratio inside cannot be easily adjusted. It has been encapsulated. 5. The total length should be a maximum of 9 studs, but maybe 8 would work: the 2435 is 35mm long, which is 4.5 studs. The planetary reducer on the LEGO L motor has 1.5 studs and the front mounting point is 1 stud long. A total of 7 studs are needed, but maybe an extra stud is needed to securely attach the planet/front to the motor, which is why I got 8 studs. In principle, 9 studs could provide mounting points on the back, but the wiring might get in the way. what do you think Answer: It makes perfect sense. We also recognize this and are currently designing and upgrading it. It looks like I can only post images smaller than 20KB. Is this because my contribution is too small? 😂 In addition to the battery problem mentioned by Ryokeen, you need to consider whether the structure is loose and check whether the screws on the differential housing need to be tightened. Need more information from you to analyze

wow,haha to0 many questions. I will list and back to you @gyenesvi @NoEXIST

It looks like this post has gone silent. I hope to know how some of my friends have used it recently, and I look forward to more creative sharing from you.

We designed a very nice motorized kit for this set. Using customerized motor, with touch control speed, and showcase it at your preferred speed. Need your comments, friends.

I want to say that the metal differential you wanted to add is from ZENE? but it seems that you forgot to update this part, haha, and the brake disc that comes with the transaxle

The 42143 we use with one motor weighs about 3kg when assembled, the speed can reach more than 50km/hr, and the top speed has reached 60km/hr+. So for your goal I think two motors are enough. Just as mentioned above by @Ryokeen, how to make multiple motors cooperate and distribute power well needs to be considered.