FAST-3 2.4 GHZ RC DYNAST RC CAR 94599

FAST-3 2.4 GHz RC Dynast RC Car 94599

Experience thrilling performance with the FAST-3 2.4 GHz RC Dynast RC Car (94599), a high-performance 1/16 scale replica built for speed and precision control. This hobby-grade RC car stands out with its durable construction and responsive 2.4 GHz technology, perfect for indoor tracks or outdoor adventures. From Havoc Hobby Private Limited, it's designed for enthusiasts seeking reliable, smooth-handling fun.

Crafted with a rugged ABS plastic chassis and reinforced body shell, the FAST-3 delivers a durable build that withstands crashes and rough terrain. Its 1/16 scale measures approximately 25cm long, featuring a detailed finish with realistic tires, aerodynamic lines, and vibrant graphics for an authentic scale replica look.

Powered by a brushed motor, it reaches speeds up to 25 km/h with independent suspension for smooth control over bumps and turns. The 2.4 GHz remote offers interference-free operation up to 50 meters, while the rechargeable 7.4V LiPo battery provides 12-15 minutes of runtime per charge. Ideal for racing, drifting, or collection display, it's user-friendly for ages 10 and up with simple throttle and steering.

Key Features

• 1/16 scale RC car with detailed diecast-style accents

• 2.4 GHz 2-channel remote for precise, lag-free control

• Brushed motor delivering up to 25 km/h top speed

• 7.4V rechargeable LiPo battery (12-15 min playtime)

• Dimensions: 25 x 15 x 10 cm; weight: 800g

• All-terrain rubber tires and independent suspension

• Control distance: 50 meters

• Hobby-grade durability for racing and stunts

What’s Inside the Box

• FAST-3 2.4 GHz RC Dynast RC Car (94599)

• 2.4 GHz remote controller

• 7.4V LiPo battery and USB charger

• User manual

• Spare tire and basic tool kit

At Havoc Hobby Private Limited, every RC car undergoes strict quality checks to ensure authenticity and peak performance. Shop with confidence knowing you're getting premium hobby-grade products backed by our expertise in RC models.