Torn wing fabric, fractured carbon support rods, or bent trailing edges on your Go Go Bird 1050 Bionic RC Eagle drastically reduce aerodynamic lift and strain the dual flapping drive gearboxes. Hard ground strikes, tree collisions, or high-wind landings can warp the flexible wing geometry, causing erratic banking, violent pitch wobbles, or total loss of soaring altitude. Using uncalibrated third-party wings leads to wing hinge binding and motor overheating. This official Go Go Bird 1050 Replacement Wings set resolves flapping imbalance completely. Engineered to exact factory weight, flex gradient, and mounting parameters, it restores effortless bionic lift, smooth soaring glide ratios, and whisper-quiet flapping efficiency. Ships worldwide.
Product Highlights
Aerodynamically Calibrated Flex Pattern: Custom-engineered carbon fiber support ribs deliver the ideal combination of flexibility and rigid thrust response during flapping cycles.
Tear-Resistant Lightweight Sailcloth: Molded from high-density, tear-resistant bionic fabric that withstands high-G turns and outdoor wind resistance.
Factory Precision Hinge Alignments: Features pre-drilled, custom-molded mounting root joints for instant, wobble-free connection to the drive rocker arms.
Authentic Feather Livery Print: Matches the original realistic eagle feather pattern to maintain striking, lifelike bird appearance in flight.
The wings are made of a high-strength composite fiber film, supported by a framework of slender fiberglass rods.
Install Tips
Detaching Damaged Wing Assembly: Carefully unscrew the hinge retaining pins at the wing root joint and slide the damaged carbon support rod out of the main fuselage rocker arm.
Aligning & Seating Replacement Wing: Insert the Go Go Bird 1050 Replacement Wings root joint into the drive arm slot, aligning the pin holes without forcing or twisting the carbon rods.
Securing Hinge Pins & Fasteners: Reinstall and tighten the hinge retaining screws firmly until flush, ensuring the wing flexes freely along its natural flapping arc.
Pre-Flight Flapping Sentry Test: Gently flap the wings by hand to verify smooth mechanical movement without resistance, then power up at low throttle to check symmetrical flapping balance before launch.
