Pixpilot v2.4.5 (Pixhawk) +Power +I2C+RGB+ M8N gps with fold+OSD+ppm+915 Mhz Module

Pixpilot?is?100%?compatible?with?Pixhawk,?an?advanced?autopilot?system?designed?by?the?PX4?open-hardware?project.?It?features?advanced?processor?and?sensor?technology?from?ST?Microelectronics??and?a?NuttX?real-time?operating?system,?delivering?incredible?performance,?flexibility,?and?reliability?for?controlling?any?autonomous?vehicle.
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The?benefits?of?the?Pixpilot?system?include?integrated?multithreading,?a?Unix/Linux-like?programming?environment,?completely?new?autopilot?functions?such?as?Lua?scripting?of?missions?and?flight?behavior,?and?a?custom?PX4?driver?layer?ensuring?tight?timing?across?all?processes.?These?advanced?capabilities?ensure?that?there?are?no?limitations?to?your?autonomous?vehicle.?Pixpilot?allows?existing?APM?and?PX4?operators?to?seamlessly?transition?to?this?system?and?lowers?the?barriers?to?entry?for?new?users?to?participate?in?the?exciting?world?of?autonomous?vehicles.
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The?flagship?Pixpilot?module?will?be?accompanied?by?new?peripheral?options,?including?a?digital?airspeed?sensor,?support?for?an?external?multi-color?LED?indicator?and?an?external?magnetometer.?All?peripherals?are?automatically?detected?and?configured.
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:///wp-content/uploads/2014/02/px4fmuv2.4.3_schematic.pdf
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Note:?Pixpilot?is?a?PPM-input?autopilot,?which?means?that?it?gets?RC?input?from?a?single?cable?to?the?receiver,?either?via?the?PPM?port,?the?Futaba?S.BUS?port,?or?the?special?satellite?receiver?port?for?Spektrum?gear.?Most?modern?RC?receivers?allow?for?PPM?output,?but?some,?such?as?non-S.BUS?Futaba?receivers,?do?not.?If?your?receiver?does?not?support?PPM?output,?please?order?a?PPM?encoder?board.?
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Pixpilot?includes
·Pixpilot?autopilot?x1
·MicroSD?4G?x1?,?Mounted?on?Pixpilot
·MicroSD?Adapter?x1
·30mm?Buzzer?x1
·Safety?switch?button?x1
·GPS/Radio/OSD?Cable?x3
·PPM/S.BUS.?Receiver?Cable?x1
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Features
Advanced?32?bit?ARM?Cortex??M4?Processor?running?NuttX?RTOS
14?PWM/servo?outputs?(8?with?failsafe?and?manual?override,?6?auxiliary,?high-power?compatible)
Abundant?connectivity?options?for?additional?peripherals?(UART,?I2C,?CAN)
Integrated?backup?system?for?in-flight?recovery?and?manual?override?with?dedicated?processor?and?stand-alone?power?supply
Backup?system?integrates?mixing,?providing?consistent?autopilot?and?manual?override?mixing?modes
Redundant?power?supply?inputs?and?automatic?failover
External?safety?button?for?easy?motor?activation
Multicolor?LED?indicator
High-power,?multi-tone?piezo?audio?indicator
microSD?card?for?long-time?high-rate?logging
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Specifications
Microprocessor:
32-bit?STM32F427VIT6?Cortex?M4?core?with?FPU?168?MHz/256?KB?RAM/2?MB?Flash
32?bit?STM32F103C8T6?failsafe?co-processor
Sensors:
ST?Micro?L3GD20?3-axis?16-bit?gyroscope
ST?Micro?LSM303D?3-axis?14-bit?accelerometer?/?magnetometer
Invensense?MPU6000?3-axis?accelerometer/gyroscope
MEAS?MS5611-01BA03?barometer
Interfaces:
5x?UART?(serial?ports),?one?high-power?capable,?2x?with?HW?flow?control
1x?CAN
Spektrum?DSM?/?DSM2?/?DSM-X??Satellite?compatible?input?up?to?DX8?(DX9?and?above?not?supported)
Futaba?S.BUS??compatible?input?and?output
PPM?sum?signal
RSSI?(PWM?or?voltage)?input
I2C?
SPI
3.3?and?6.6V?ADC?inputs
External?microUSB?port
Power?System:
Ideal?diode?controller?with?automatic?failover
Servo?rail?high-power?(7?V)?and?high-current?ready
All?peripheral?outputs?over-current?protected,?all?inputs?ESD?protected
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Weight?and?Dimensions
·Dimension:?51.5mmx82x17mm
·Weight:?40g
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Package?content