Details

The Blazer is a versatile aircraft designed to cater to both beginner and intermediate pilots, thanks to its dual main wing configuration. One wing is optimized for stable, beginner-friendly flight, while the other is tailored for more experienced users seeking higher speed and agility. This dual setup allows pilots to enjoy two distinct flying experiences with a single aircraft.

Equipped with the trainer wing, the Blazer delivers a stable and easy-to-control flight experience. It maintains control even at moderate to low speeds, making it ideal for learning and progression. Despite its forgiving nature, it is still capable of performing aerobatic maneuvers such as inside and outside loops, inverted flight, axial rolls, and more.

Switching to the sport wing transforms the Blazer into a dynamic performer, enabling high-speed flight and more responsive control. With this configuration, aerobatic maneuvers become even smoother and more precise, appealing to pilots who enjoy an energetic flying style.

The Blazer also features an optimally designed propeller, delivering up to 6 grams per watt in efficiency. Paired with a 1.1V, 2200mAh LiPo battery, the aircraft can achieve impressive flight times of 8 to 12 minutes.

Ease of use is a core focus of the Blazer’s design. Its modular and user-friendly construction allows for the quick assembly and disassembly of the main wings, horizontal and vertical stabilizers, and main landing gear—all without glue or tools. This makes transport, maintenance, and storage exceptionally convenient.

The front landing gear features a demountable, shock-absorbing design that preserves structural integrity while softening landings. The main landing gear, made from high-strength aluminum alloy, also follows a removable format, combining durability with a sleek appearance.

Engineered with a durable, crash-resistant structure and finished in a vivid, practical color scheme, the Blazer is especially suited for beginners. It includes automatic motor heat dissipation to enhance performance and extend motor life.

Additionally, aluminum alloy regulators on the elevator, rudder, and front wheel joystick connections simplify disassembly and adjustment of control linkages. All servos are also easily detachable, making maintenance and repairs straightforward.