|Category||Embedded Solutions => Engineering Tools => Embedded Development Tools => Embedded Processor Development Kits => Development Boards & Kits - x86 => 8831918|
|Title||Development Boards & Kits - x86 Intel Aero Ready to Fly Drone|
Intel® Aero Ready to Fly Drone is a ready-to-fly unmanned aerial vehicle (UAV) development platform. The kit comes fully assembled and functional, powered by the Intel Aero Compute Board. The drone comes equipped with Intel RealSense depth and vision capabilities, and runs an open-source Linux operating system. This kit is geared for developers, researchers, and UAV enthusiasts who desire the fastest path to getting applications airborne.
|Datasheet||Download 82634CRARPLTRTF datasheet
|Product Category||Development Boards & Kits - x86|
|Tool Is For Evaluation Of||Intel Atom x7-Z8750|
|Core||Intel Atom x7-Z8750|
|Interface Type||PCIe, UART, USB|
|Operating Supply Voltage||11.1 V to 14.8 V|
|Factory Pack Quantity||1|
|Unit Weight||4,5 kg|
|Thank you for purchasing the Intel® Aero Ready to Fly Drone!
The Intel Aero Ready to Fly Drone is a pre-assembled quadcopter that is purposely built for professional drone application developers to enable you to get your applications airborne quickly. This development platform is intended to be modified by developers according to their professional judgment. Intel has not established operating limitations for the kit or tested any configurations other than the base configuration that is shipped as configured from the factory. Developers are responsible for testing and ensuring the safety of their own configurations, and establishing the operating limits of those configurations. You should already have experience flying aircrafts via remote control using Manual flight mode which requires control of the drone with a two-gimbal joystick controller similar to the one included with the Intel Aero Ready to Fly Drone.
This Getting Started Guide Terms & Conditions of Use and Important Safety Information Instruction manual for Spektrum DXe Transmitter Pre-assembled quad-copter airframe** 2 sets of snap-on propellers: "A" (x4) and "B" (x4) Spektrum* DXe Transmitter (2.4GHz DSMX*) 4 AA alkaline batteries for Spektrum DXe Transmitter
**Battery not included. Recommended Battery: Li-Po, - 4500 mAh, 4S, with XT60 connector. Safety for the Battery: The Operator is responsible for obtaining a battery and battery charger which are certified for use in the Operator`s country of operation. The Operator is responsible for proper use of the battery and battery charger per the manufacturer's safety guidelines.
1. Read the Terms & Conditions of Use and Important Safety Information document (included in the box) before operating the drone. 2. Experienced pilots can begin flying immediately after following these steps: a. Attach a Battery i. Insert a battery inside the center cavity of the drone's airframe with cables extending out toward the rear of the drone as shown in Figure 1. ii. Tighten the restraining strap around the battery to secure the battery as close to the center of the airframe as possible. iii. Connect the battery cable to the drone using the XT60 connector
b. Set up the GPS Antenna (see Figure 2) i. Raise the GPS antenna mast 90o until vertical then tighten the antenna base cover
c. Attach the propellers (see Figure ) i. Identify propellers marked as "A" and "B" on top of the propeller blade. ii. Attach each propeller to its corresponding labeled motor by pressing down and twisting counterclockwise (for "A" propellers) and clockwise (for "B" propellers) until each propeller latches securely. iii. To detach the propeller, press the center hub of the propeller while twisting the propeller blade in the opposite direction used when attaching.
d. Prepare the remote control transmitter (see Figure 4) i. Install the 4 AA alkaline batteries in the transmitter. ii. Flip all toggle switches UP or AWAY from the pilot. The Flight Mode switch should be set to Manual (mode 0) until you arm the motors in Step 3.d. iii. Turn ON the transmitter by sliding its power switch UP (located between the two gimbal sticks) The transmitter's power LED will turn to steady orange and a two-tone "rising chirp" will be heard.3. Prepare to Fly a. Perform all pre-flight safety procedures as follows: Pre-Flight Safety Check
Perform this safety check before each flight of the drone (also referred to as UAV). Verify the following: 1. The flight zone is clear with enough open space outdoors for take-off and landing (no people, animals, or obstacles within a radius of 10 meters). 2. Propellers are in working condition and attached securely to the motors. 3. All drone components and wires are securely attached to the airframe and do not impede the path of the propellers. 4. The drone battery is properly charged. Connect the battery to the UAV circuitry only when in use. 5. The drone battery is secured to the airframe. 6. The battery for the remote control transmitter is properly charged. 7. Communication between the remote control transmitter and the drone is functioning properly. (step c, below) 8. Arm the motors only after people, animals, and obstacles are at a safe distance. WARNING: Check airworthiness of the drone before each flight, especially after any incident like a hard landing. Do not fly the drone if any part of the aircraft appears to be damaged or malfunctioning. Always perform the Pre-Flight Safety Check before each flight.
|Some Part number from the same manufacture Intel Corporation|
|160B3 Intel Advanced Boot Block Flash Memory28F004/400B3, 28F008/800B3, 28F016/160B3, 28F320B3, 28F640B3|
|21041 Digital Semiconductor Pci Ethernet Lan Controller|
|21050 Pci-to-pci Bridge|
|21140A Pci Fast Ethernet Lan Controller|
|21143 Pci/ Cardbus 10/100mb/s Ethernet Lan Controller|
|21145 Phoneline/ethernet Lan Controller Product Brief|
|21150 Pci-to-pci Bridge|
|21154AA 21154 Pci-to-pci Bridge|
|21285 Core Logic For Sa-110 Microprocessor|
|21440 Multiport 10/100mb/s Ethernet Controller|
|21554 Pci-to-pci Bridge For Embedded Applications|
|21555 Non-transparent Pci-to-pci Bridge|
XA-Z16-CS2RL : Zigbee / 802.15.4 Modules Xbee/XBeePRO ZBAdptr RF/DiN Products. Digi International XBee ® and XBee-PRO ® ZB adapter s deliver wireless connectivity to electronic devices using self-healing, self-configuring wireless ZigBee mesh networks. Digi International XBee and XBee-PRO ZB adapter s are ideal for wirelessly enabling sensors, controllers,.
KIT34704BEPEVBE : Power Management IC Development Tools MC34704B 5-Ch DC-DC PMIC Eval Kit. Freescale Semiconductor analog power supply and power management devices include the MC34700 high efficiency A-output power supply with on-chip power MOSFET s featuring three step-down switching regulators and one low dropout linear regulator. The MC34700 operates from an input.
RXM-869-ES_ : RF Modules RF Receiver 869MHz. s: Manufacturer: Linx Technologies ; Product Category: RF Modules ; RoHS: Details ; Maximum Operating Temperature: + 70 C ; Minimum Operating Temperature: 0 C ; Packaging: TUBE.
MSP430-P2618 : Development Boards & Kits - MSP430 PROTOTYPE BRD MSP430F2618. s: Manufacturer: Olimex Ltd. ; RoHS: Details ; Processor To Be Evaluated: MSP430F2618 ; Processor Series: MSP430F ; Tool Type: Prototyping Board ; Core Architecture: MSP430 ; Data Bus Width: 16 bit ; Interface Type: I2C, IrDA, JTAG, LIN, SPI, UART ; CPU Core: MSP430.
EVAL-PAN4561 : Zigbee / 802.15.4 Development Tools Eval kit PAN4561- (Synapse). The Panasonic Electronic Components PAN4561 2.4 GHz ISM RF transceiver module can be used for simple point-to-point proprietary devices or complex mesh networks by choosing from different firmware options. Optional Synapse SNAP® firmware provides a highly flexible, industry leading.
101-1274 : Ethernet Development Tools RCM5700 STANDARD Development Kit. s: Manufacturer: Rabbit Semiconductor ; Product Category: Ethernet Development Tools ; RoHS: Details ; Type: Controllers & Processors ; Tool Is For Evaluation Of: RCM5700 ; Interface Type: Ethernet, SPI ; Operating Temperature Range: - 40 C to + 85 C ; Product: Modules.
RN-174-P : WiFi / 802.11 Development Tools SuRFboard PCB for RN-171 w/ PCB trace. Roving Networks RN-174 WiFly GSX Super Modules are field ready, Wi-Fi Alliance certified 802.11 b/g prototyping platforms. These boards have the flexibility to connect directly to a standard RS232 interface or through the TTL UART interface to embedded processors. The Roving Networks.
C8051F580DK : Development Boards & Kits - 8051 Development Kit for C8051F58x/9x MCU. s: Manufacturer: Silicon Laboratories ; Product Category: Development Boards & Kits - 8051 ; RoHS: Details ; Tool Type: Development Kit ; Core: 8051 ; Data Bus Width: 8 bit.
UCD9224EVM-464 : Power Management IC Development Tools Eval Mod for UCD9224. s: Manufacturer: Texas Instruments ; Product Category: Power Management IC Development Tools ; RoHS: No.
AH102A-PCB900 : RF Development Tools 900MHz Eval Brd 14.5dB Gain. s: Manufacturer: TriQuint ; Product Category: RF Development Tools ; RoHS: No ; /Function: Evaluation Board ; Dimensions: 4.25 mm x 4.6 mm x 1.6 mm ; For Use With: AH102A ; Maximum Frequency: 3 GHz ; Minimum Frequency: 350 MHz ; Operating Temperature Range: - 40 C to + 85 C ; Packaging: Bulk ; Factory.
A000075 : Ethernet Development Tools ARDUINO ETHERNET SHD MIC-SD W/ PoE REV 3. Arduino Shields are boards that can be plugged on top of the Arduino PCB, extending its capabilities. The different shields follow the same philosophy as the original toolkit. These Arduino Shields are easy to mount and cheap to produce. s: Manufacturer: Arduino ; Product: Ethernet.
4DPI-22 : Display Modules 2.2" SPI Display Mod for Raspberry Pi. 4D Systems uLCD Display Modules for Raspberry Pi include a uLCD Display Module specifically customized for the Raspberry Pi, 4D Serial Pi Adapter, and a 5-way female-female cable. These module packs enable a Raspberry Pi user to quickly connect the 4D Serial Pi Adapter to their Raspberry Pi, connect.
conga-QEVAL/Qseven 2.0 : Development Boards & Kits - x86 EVALUATION CARRIER BRD FOR QSEVEN 2.0. Congatec Qseven Conga-QA3 modules are based on the Intel E3800 Atom Processors which utilize Intel's industry-leading 22nm process technology with 3-D Tri-Gate transistors to deliver significant improvements in computational performance and energy-efficiency in intelligent systems.
GLS86FB064G2-BN002 : Solid State Drives - SSD 64GB mSATA ArmourDrive SSD. Greenliant's GLS86 mSATA ArmourDrive Solid State Drives (SSDs) build on Greenliant's strong expertise in designing high-reliability, small form factor storage products. mSATA ArmourDrive is based on Greenliant's industrial temperature SATA NANDrive combined with robust power interrupt data protection.
FRDM-STBC-AGM01 : Multiple Function Sensor Development Tools Sensor Toolbox for Freescale Freedom development board with FXOS8700C and FXAS21002C. Freescale FRDM-STBC-AGM01 Development Platform is a 9-axis Freescale Sensor solution. The FRDM-STBC-AGM01 is a sensor expansion board for the FXAS21002C gyroscope and the FXOS8700CQ 6-axis sensor. The development platform.
TSW38J84EVM : RF Development Tools TSW38J84 Evaluation Module. Texas Instruments LMK0482x Ultra Low-Noise Synthesizer & Jitter Cleaner is the industry's highest performance clock conditioner with JEDEC JESD204B support. The 14 clock outputs from PLL2 can be configured to drive seven JESD204B converters or other logic devices using device and SYSREF clocks. SYSREF.
SFSD8192N1BM1MT-I-QG-221-STD : Memory Cards Industrial MICRO SD Card, S-450u, 8 GB, SLC Flash, -40 C to +85 C. Swissbit S-45µ and S-450 Memory Cards comply fully with SD Memory Card 3.0. S-45µ is an industrial Micro SDHC memory card series with 4, 8, or 16GB memory sizes. S-45µ a 15mm x 11mm x 1mm form factor. S-450 is an industrial SD/SDHC memory card series with 512MB to 32GB memory.