This is Hexacopter Frame which employs 6 arms to get into the air. There are several advantages of a hexacopter frame over a quadcopter one, justifying the extra price tag. RoboticsBD
For 6 arms, there are more motors with a hexacopter meaning more power, meaning bigger batteries. This increase in batteries leads to an increase in flight time, which is also nice. Due to these extra motors, a hexacopter is also more stable than your quadcopter equivalent. RoboticsBD
Another great advantage of using hexacopters is if for any reason your quadcopter loses a motor, it goes down but with a hexacopter, on the other hand, in the majority of cases you will be able to land safely with one or maybe even two motors down; an extra inbuilt guarantee on your beloved copter. RoboticsBD
The S500 has strong, light, and have a sensible configuration including a PCB(Printed Circuit Board) with which you can directly solder your ESC‘s to the Quadcopter. So, making the Quadcopter build fast and easy. So, it avoids the use of extra PDB(Power Distribution Board) and makes the mounting clean and neat. The S550 Hexacopter Frame is a highly flexible frame during the mounting of various components like flight controller, battery, etc.RoboticsBD
The S550 hexacopter frame kit is an excellent strong lightweight Hexacopter frame with carbon fiber landing gear and a bonus built-in the printed circuit board (PCB) for neat and easy wiring. It comes with integrated PCB for neat and easy wiring. The added lift capacity of a hex configuration makes this frame for carrying larger payloads such as camera systems and other electronic components. This makes for an exceptional camera rig or simply a very agile and powerful multi-rotor frame for aerobatics. RoboticsBD
It comes with pre-threaded brass sleeves for all of the frame bolts, so attaching the arms to the mainframe is done within few minutes. Also, it requires one size of bolt for the overall build and thus a unique one-size hex wrench which makes hardware mounting very convenient. RoboticsBD
The assembly of this frame is super simple with pre-threaded sleeves for all the frame bolts so no lock-nuts are required. The motor mounts are ready to take a selection of motors with mounting hole centers of 16, 19 and 25 mm once again making this a very universal frame at a very affordable price. Featured By RoboticsBD.
Product Images are shown for illustrative purposes only and may differ from the actual product.
RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD
The frame has the wheelbase of 550mm and whole frame kit weighs around 760gm. It features mounting tabs at the front and rear end on the bottom plate of the mainframe for mounting cameras and other accessories. RoboticsBD
Features:
-
Made by advanced engineering material, super strong & smooth
- Easy to assemble and disassemble.
- The frame is tough and durable.
- The main glass fiber frame has good strength.
- The arm equips support ridges for better and faster forward flight.
- Features pre-threaded brass sleeves.
- Large mounting tabs for camera mounting.
- PCB for easy and neat wiring
- Easy assembly
RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD
| General Specification |
| Model |
S500 |
| Board |
PCB version |
| Color |
Black |
| Wheelbase (mm) |
550mm |
| Arm Size (mm) |
235×42 |
| Motor Mount Bolt Holes |
16, 19, and 25mm |
| Landing Gear |
Carbon Fiber |
| Landing Gear Height (mm) |
~250 |
| Landing Gear Color |
Black |
| Landing Gear Weight (gm) |
100 (both) |
| Total Weight (g) |
760 |
| Shipment Weight |
1.1 kg |
| Shipment Dimensions |
29 × 24 × 7 cm |
Please allow 5% measuring deviation due to manual measurement.
RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD
Package Includes:
1 x S550 quadcopter Frame(Top and Bottom) with PCB soldered centerboard
6 x S550 arms
Landing gear setup & Accessories set (as shown in the image)
RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD
RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD RoboticsBD
