4inch FPV drone frame kit RC Mini Ran’4 Carbon Fiber Frame Kit 185mm with 4mm Thickness Arms For RC FPV Mini Drone Quadcopter

Price: $26.89
(as of Jan 05, 2025 10:46:22 UTC – Details)

Product Description

YoungRC 4inch FPV drone frame kit

Made of high-quality 3K Carbon Fiber,lightweight.Small and exquisite,the 4inch 185mm drone frame can fly outdoors or fly indoors in a large space.Easy to assemble,suitable for both beginners and experienced players. Perfect balance between performance and durability.Adopt folding mechanism, after screw locking, the folding structure will not be deformed in flight.

Product specification:

Wheelbase: 185mm

Weight: approx. 45G (including prints)

Thickness: Base plate 1.0mm, top plate 1.0mm, cleat 1.0mm, front lip plate 1.0mm, arm 4.0mm

Propeller: 4inch Propeller

Flight control hole pitch: 16*16mm (M2), 20*20mm (M2)

Image transmission hole pitch: 20*20mm (M2)

Camera mounting width: 14mm, 19mm

Motor mounting holes: 9*9mm (M2) and 12mm*12mm (M2)

Battery: 3S/4S 1100mah

When a collision occurs, the arm will be folded and unloaded after the force, which can slow down the impact of the arm and thus protect the arm and motor.

3D print parts: including

2 pairs of camera mounts,

1 GPS print holder,

1 universal sports camera base (M3 hole),

4 motor protection holders,

1 front lip protection holder,

1 antenna holder

Print color: black TPU

Recommended configuration:

Motor: 1505 3450KV motor

Battery: 3S/4S 1100mah or 3-4S 18650

Paddle: T4*2.5 two blades/4024 2 blades

transmission: Mini 800mW

GPS: for BN-220 GPS

Recommend to install a separate finder buzzer

Package list:

1 x Ran’4 4inch 185mm Frame Kit

Made of high-quality 3K Carbon Fiber,lightweight.
Small and exquisite,the 4inch 185mm drone frame can fly outdoors or fly indoors in a large space.
Easy to assemble,suitable for both beginners and experienced players. Perfect balance between performance and durability.
Adopt folding mechanism, after screw locking, the folding structure will not be deformed in flight.
When a collision occurs, the arm will be folded and unloaded after the force, which can slow down the impact of the arm and thus protect the arm and motor.