Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets
Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets
Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets
Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets
Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets

Axial Ryft Headlights White / Amber High Intensity Flood Headlights with Buckets

Regular price
€8,95
Sale price
€8,95
Unit price
per 

Upgrade your vehicle with the powerful Axial Ryft Headlights. These high intensity flood headlights in white and amber will greatly enhance your visibility on the road. With easy to install buckets, you'll be ready to hit the road and take on any adventure with confidence and style!

Includes Fully Assembled Buckets with Lenses, Light Bars for inserting into the buckets, wiring, no soldering required. Plug and Play


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.