
( Brand: Rcawd ), ( Manufacturer Part Number: ARAC9120BL ), ( Part Type: Slider ), ( Materials Sourced From: China ), ( Compatible Vehicle Type: Arrma Kraton ), ( Compatible Fuel Type: Electric ), ( Color: Black ), ( Age Level: 17 Years Up, 12-16 Years, 8-11 Years, 3-4 Years, 4-7 ), ( Compatible Brand: Arrma )
The RC Awd ARC9120BL Steel CV Drive Shaft is a high-performance replacement part designed specifically for Arrma ARA102690 and ARA102692 vehicles. This drive shaft is engineered with precision and durability in mind to enhance the performance and longevity of your RC car.
The ARC9120BL is a slider drive shaft, which means it utilizes a sliding joint that allows for greater suspension travel and improved drivetrain articulation. This design is particularly beneficial for off-road racing, where the terrain can be unpredictable and demanding on the vehicle's components.
This drive shaft is manufactured using top-quality steel material, ensuring it can withstand the rigors of RC racing without bending, breaking, or failing. The steel construction also adds strength and rigidity to the drivetrain, leading to improved power transfer and better acceleration.
The CV joints integrated into the ARC9120BL are designed to provide smooth and efficient power transmission, even during high-speed maneuvers and sharp turns. These joints are also sealed, preventing dirt and debris from entering the joint and causing damage.
Installation of the RC Awd ARC9120BL Steel CV Drive Shaft is straightforward and can be completed using standard RC tools. The kit includes all necessary hardware for installation, ensuring a hassle-free experience.
Overall, the RC Awd ARC9120BL Steel CV Drive Shaft is an excellent upgrade for Arrma ARA102690 and ARA102692 RC cars. It offers improved durability, strength, and performance, making it an essential component for any serious RC racer.
The ARCAWD ARC9120BL Steel CVDA Slider Drive Shaft ARA310893 is a replacement drive shaft designed for Arrma ARRMA ARA102690 and ARA102692 RC cars. This drive shaft is made of steel CVDA material, which provides greater strength and durability compared to standard plastic drive shafts. Here are some pros and cons of buying this drive shaft:
Pros:1. Made of strong and durable steel CVDA material, which can withstand heavy use and rough terrains.
2. Slider design allows for easy installation and removal, making it a convenient option for RC car enthusiasts.
3. Can improve the performance and handling of your RC car by reducing drivetrain vibrations and reducing wear and tear on other components.
4. Compatible with Arrma ARA102690 and ARA102692 RC cars, making it a popular choice for owners of these models.
Cons:1. More expensive than standard plastic drive shafts, which may be a consideration for budget-conscious RC car enthusiasts.
2. Heavier than plastic drive shafts, which may affect the overall weight and balance of the RC car.
3. May require additional tools for installation, such as a hex wrench or a screwdriver.
In conclusion, the ARCAWD ARC9120BL Steel CVDA Slider Drive Shaft ARA310893 is a high-performance and durable option for Arrma ARA102690 and ARA102692 RC car owners. Its strength and durability can help improve the performance and handling of the RC car, but it comes at a higher cost and additional weight compared to standard plastic drive shafts.
If you are an RC car enthusiast who values durability and performance, and you have the budget for it, then this drive shaft is a worthwhile investment. However, if you are on a tight budget or prefer a lighter weight option, then a standard plastic drive shaft may be a better choice for you. Ultimately, the decision depends on your individual needs and preferences.
Features: Replacement of Parts#ARA330661, Hard-anodized colour CNC machined PTFE-coated hardened alloy 6061-T6 The lightweight aluminum material is durable and improves the overall performance drive shaft These are fully made from 6061 #45 high quality steel, ready for installation. 2pcs front and rear CVD drive shaft. Model: 1-10 ARRMA 4s Outcast Kraton.