Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface
Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface

Arrma Vorteks Carbon Fiber or Aluminum Wing Double Wing High Wind Resistant Glossy surface

Regular price
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Sale price
€30,95
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IMPORTANT NOTICE:
Due to extremely high demand and the handcrafted nature of this product, processing times for this specific item may take up to 10 business days before being picked up by the carrier or dispatched from our workshop.

Each set is carefully produced, finished, and inspected to maintain the level of quality, fitment, and detail expected from Polo Creations RC products.

We truly appreciate your patience and support while we continue expanding production for these new releases. Please note that this delay only affects parts made with some carbon fiber cnc processed parts. This doesn't affect lights, plastics, electronics or aluminum parts.

Introducing our premium carbon fiber wing for the Arrma Vorteks RC truck, designed to take your racing experience to the next level.

Our carbon fiber wing is made of high-quality materials and engineered with a well-thought-out design to provide you with maximum downforce and stability during high-speed runs and tight turns. Its sleek and aerodynamic design reduces drag and wind resistance, allowing your vehicle to reach faster speeds and maintain better control on the track.

In the world of RC racing, having a well-designed wing is crucial for achieving top performance. It helps to improve the handling and stability of your vehicle, especially at high speeds and in tight turns. The increased downforce generated by our carbon fiber wing helps to keep your vehicle firmly planted on the track, allowing for better traction and faster lap times.

Our carbon fiber wing is also incredibly durable and lightweight, making it the perfect addition to your racing setup. Its high-strength construction ensures that it can withstand the rigors of intense racing and last for many runs to come.

Upgrade your Arrma Vorteks RC truck with our carbon fiber wing today and experience the benefits of a well-designed wing on the track.


Bluetooth Remote Controller

Optional Bluetooth controller for light kits with 3 fully independent outputs. It gives you more features than the older button-style RF remote, including phone control, smarter light grouping, and better flexibility for headlights, taillights, and underglow.

Highlights: 3 independent outputs, iPhone and Android compatible, smart memory, plug-and-play setup, and clean control from your phone.


Multicolor Underglow Lights Bluetooth Remotely Controlled

Bluetooth RGB underglow lighting for RC builds, with phone control for colors, brightness, and lighting modes. Ideal for custom show setups, underbody glow effects, and plug-and-play installations.

Highlights: multicolor lighting, remote phone control, vivid underglow effect, and easy integration with existing light kits.


Note about remote control options: The button-style RF remote is being phased out from kits because of its high manufacturing cost, but it can still be purchased separately. The new Bluetooth Remote Controller offers more features and 3 fully independent outputs, compared with the single-output behavior of the older model.