| Name |
Description |
URL |
| Propeller A |
These quick-release propellers are the same ones built for the Yuneec Typhoon H hexa-copter. |
http://us.yuneec.com/typhoon-h-propeller-a |
| Propeller B |
These quick-release propellers are the same ones built for the Yuneec Typhoon H hexa-copter. |
http://us.yuneec.com/typhoon-h-propeller-b |
| ESC for Aero RTF Drone (White LED) |
Yuneec FOC ESC , red LED is for for the rear position light |
http://us.yuneec.com/Aero-Drone-ESC-White-LED |
| ESC for Aero RTF Drone (Red LED) |
Yuneec FOC ESC, white LED is for the front positioning light |
http://us.yuneec.com/Aero-Drone-ESC-Red-LED |
| ESC programmer |
This ESC Programmer is used for setting the ESC ID assignment. This is needed when replacing any of the ESCs. Only one programmer is needed. Programmer hardware, cable, and instructions are provided. Requires Windows PC with USB 2.0 port. |
http://us.yuneec.com/Aero-Drone-ESC-programmer |
| Typhoon H motor (short cable) + propellor mount |
This motor is built by Yuneec and customized for the Intel® Aero Ready to Fly Drone. It is based on the motor used for the Yuneec Typhoon H and supports quick-release propeller mount. The motor ships with two motor mounts, Mount A is for clock wise propelleor / Motor mount B for counter clock wise propellor. ( Motor mount are compatible with Typhoon H ) |
http://us.yuneec.com/Aero-Drone-Motor |
| Typhoon H GPS module set |
This GPS/Compass combo module includes the cable, enclosure, and post – everything required to replace the module that was assembled on the Intel® Aero Ready to Fly Drone. |
http://us.yuneec.com/Aero-Drone-GPS-compass-module |
| Power Distribution Board for Aero RTF Drone |
This Power Distribution Board is designed specifically for the Intel® Aero Ready to Fly Drone. It connects directly to the battery using an XT60 connector. It regulates power to the Intel® Aero Compute Board and distributes control signals to the four ESCs. |
http://us.yuneec.com/Aero-Drone-Power-Distribution-Board-for-Aero-RTF-Drone |
| Power Distribution Board cover |
This is the power distribution board cover which also includes the power switch for the Intel® Aero Ready to Fly Drone. |
http://us.yuneec.com/Aero-Drone-Power-Distribution-Board-cover |
| Power Cable connecting ESC to power distribution board |
4 ESC Cable which tranmit signal and power between
esc and power Distribution Board . Came with 2 long esc cable for the front ESC ( White Led) and 2 short ESC cable for the rear ESC ( Red LED) |
http://us.yuneec.com/Aero-Drone-Power-Cable-connecting-ESC-to-power-distribution-board |
| Enclosure box for Aero RTF Drone (holds Compute Board + Flight Controller + connector board) included cooling fan and cable |
This plastic enclosure is specifically for the Intel® Aero Ready to Fly Drone. It is designed to hold the Compute Board + Flight Controller + Peripheral Connector Board. The Enclosure Box comes with screws necessary for mounting to the Airframe.
it also include a plastic cover protects the connectors that are accessible on the top-side of the primary enclosure. It is held down with two screws (included). |
http://us.yuneec.com/Aero-Drone-Enclosure-box-for-Flight-Controller |
| Carbon fiber airframe for Aero RTF Drone |
This carbon fiber airframe is designed for the Intel® Aero Ready to Fly Drone. Assembly is required. All screw are assemble by standard metric M3 screws
Required standard meteric M2.5 Hex key |
http://us.yuneec.com/Aero-Drone-Carbon-Fiber-Airframe |
| Carbon fiber landing gear (airframe) |
This is the landing gear for Intel® Aero Ready to Fly Drone. |
http://us.yuneec.com/Aero-Drone-Carbon-Fiber-Landing-Gear |
| Carbon fiber motor arm (airframe) |
This is the carbon fiber motor arm + silicon rubber protection (esc cable) + M3 screw& Nut x2 for Intel® Aero Ready to Fly Drone. |
http://us.yuneec.com/Aero-Drone-Carbon-Fiber-Motor-Arm |
| Carbon fiber airframe top board + middle board + silicon rubber protection for FPC (airframe) |
This is the upper main frame (includes top and middle board) from the Intel® Aero Ready to Fly Drone airframe. |
http://us.yuneec.com/Aero-Drone-Top-and-Middle-Carbon-Fiber-Airframe-Board |
| Carbon fiber airframe bottom board (airframe) |
This is the bottom mainframe from the Intel® Aero Ready to Fly Drone airframe. |
http://us.yuneec.com/Aero-Drone-Bottom-Carbon-Fiber-Board |
Aluminium postx 4
m3 x10 screw x 8 (airframe) |
These are replacement 35mm aluminum post and M3 screw for the Intel® Aero Ready to Fly Drone airframe. |
http://us.yuneec.com/Aero-Drone-Aluminium-post |
| Intel RealSense R200 camera module with enclosure and cable |
This is the same Intel® RealSense™ R200 camera that comes pre-assembled on the Intel® Aero Ready to Fly drone. It includes the plastic enclosure, mountiing screw , and the cable that connects to the dedicated connector on the Intel® Aero Compute Board. |
http://us.yuneec.com/Aero-Drone-Intel-RealSense-R200-camera-module-with-enclosure-and-cable |
| All cables between power distribution board and Aero enclosure |
4 cables are provided.
The 10-pin cable connects ( Power cable )
The 11-pin cable connects (J1) from the Power Distribution Board to the Peripheral Connector Board.
from the Power Distribution Board to the Intel® Aero Compute Board. DsmX Radio reciever cable (J2)
GPS and Compass cable (J3 & J4)
Cables that connect to the ESCs are sold separately. |
http://us.yuneec.com/Aero-Drone-All-cables-between-power-distribution-board-and-Aero-enclosure |
| Aero sub PCB+ 80 pin FPC |
This printed circuit board assembly contains 6 connectors used for connecting from the Intel Aero Compute Board to 4 peripherals and the Power Distribution Board. The 4 peripheral connectors are for GPS, Compass, Remote Control radio receiver, and Telemetry radio. The 80-pin flexible connector for connecting the Peripheral Connector Board to the Intel(r) Aero Compute Board is included |
http://us.yuneec.com/Aero-Drone-Sub-PCB-80-pin-FPC |
| OV8858 camera and its PCB and fpc cable and |
This 8MP RGB camera and flexible extension cable mounts on the front of the Intel® Aero Ready to Fly Drone. The camera sensor used is the Omnivision OV8858. The extension cable connects to the dedicated 4-lane MIPI connector on the Intel® Aero Compute Board. |
http://us.yuneec.com/Aero-Drone-OV8858-camera |
| OV7251 camera and its PCB and fpc cable and enclosure |
This monochrome VGA camera with global shutter and flexible extension cable mounts on the bottom side of the Intel® Aero Ready to Fly Drone. The camera sensor used is the Omnivision OV7251. The extension cable connects to the dedicated 1-lane MIPI connector on the Intel® Aero Compute Board. |
http://us.yuneec.com/Aero-Drone-OV7251-camera |
| WiFi Antenna (sold in pairs)+ plastic Antenna holder |
These antennas (sold in a set of 2) are replacements for the antennas mounted on the Intel® Aero Ready to Fly Drone. These antennas are designed with a miniature SMA connector that connects to the WiFi module located on the Intel® Aero Compute Board. The antenna patch has a self-stick adhesive that is exposed by peeling off the protective label. These are the same antennas that are included with the Intel® Aero Compute Board (sold separately). |
http://us.yuneec.com/Aero-Drone-WiFi-Antenna-sold-in-pairs |
