New racing drone from the "Falcon" series after desert falcon is coming, it is the Dwarf falcon racing drone. Pygmy Falcon is a cutting-edge FPV racing drone frame designed to deliver exceptional performance and versatility. Its advanced features, including the dual-mode configuration, unobstructed camera views, and robust protection, make it an ideal choice for FPV enthusiasts and professionals alike.
1. Wide X-Prop Configuration, Low gravity center
2. Dual-mode flexible installation (Standard and inverted)
3. Original Self-Filling Structure not only eliminates unnecessary gaps in the frame but also greatly enhances rigidity and overall strength
4. Specially inverted camera setup design for Mini HD FPV Drone
5. Separable Upper and Lower Structure, which makes maintains more easily
6. Built-in XT90 power plug
7. Exquisite Craftsmanship with upgrade T700 12K carbon fiber material
Item Name: Dwarf Falcon
Struction: DC Type
Weight: 85g+-5g (3D printed parts included)
Wheelbase: 160mm (3.6") 174mm (4")
Arm thickness: 4mm
Upper plate thickness: 2mm
Lower plate thickness: 2mm
Center plate thickness: 2mm
Inner space height: 18mm
Motor installation hole: 9mm (M2)/ 12mm (M2)
Flight controlelr installation hole: 20x20mm (M2)/ 25.5 x 25.5mm (M2)
Camera installation hole: 19mm / 20mm
VTX installation hole: 20x20mm (M2)/ 25.5x25.5mm (M2)
In the standard configuration, the rear propellers are positioned higher than the front ones, effectively avoiding airflow interference. This increases airflow efficiency, making it suitable for short-distance acceleration and high-angle FPV maneuvers. We recommend using brushless motors such as 1507, 1804, 2004, or 2203.5.
For the battery, we recommend considering a dual-strap bottom-mounted setup, similar to racing drones. This configuration ensures that even when mounting an action camera, the center of gravity remains centralized, providing better acceleration and safety.
PS: The camera angle of this frame can be adjusted to a maximum of 45° upward.
In the inverted configuration, this frame is suitable for pairing with the O3 video transmitter. Even in super-wide-angle mode, the camera can capture footage without any propeller interference, resulting in higher flight efficiency. This configuration is more suitable for those seeking longer flight times and stable filming, and we recommend using flat brushless motors like 1404, 1604, 1804, or 2004.
PS: Due to the inverted setup requiring landing gear installation, patience is needed during landings to avoid propeller broke. Additionally, only 1.5mm shaft brushless motors are suitable for the inverted setup, as M5 shaft motors may cause motor damage due to contact.
The frame features a detachable upper and lower structure, making maintenance and video transmitter installation/removal convenient. Paired with an AIO flight controller with a built-in video transmitter plug, overall system maintenance becomes more hassle-free.
Designed specifically for the O3 video transmitter, installation is straightforward. We recommend upgrading to dual-copper pipe antennas for improved video transmission performance and durability.
The multi-purpose antenna mount is compatible with dual-copper pipe antennas and requires no screws for added aerial component protection.
The unique TPU camera mount combines shock absorption and protection for the camera, while custom 7075 high-strength aluminum pillars provide added rigidity.
With a sandwich-style plate design, unnecessary gaps are significantly reduced, enhancing overall frame integrity.
The frame includes a built-in XT30 plug for improved user experience, streamlining component installation and enhancing overall system integrity.