59 sonuçtan 13-24 arası gösteriliyor
CUAV H16 Pro Receiver Unit RC Drone Parts HD Video Transmission System
Yurtdışı Tedarik
CUAV H16 Receiver Unit RC Drone Parts HD Video Transmission System
Yurtdışı Tedarik
CUAV MS4525 Airspeed Sensor with Pitot Tube
Yurtdışı Tedarik
| Ağırlık | 1085 lbs |
|---|---|
| Weight |
0.3 kg |
| Dimensions |
20 × 10 × 10 cm |
| MS4525 Airspeed Sensor Options |
MS4525-PIX Version * 2 Pcs, MS4525-V5+and X7 Version * 2 Pcs, MS4525-V6X Version * 2 Pcs, MS4525 & NEO 3 GPS / Set, MS4525 & NEO 3 Pro GPS / Set, MS4525 & NEO 3X GPS / Set |
| Sensor |
MS4525 |
| Range |
±6895Pa |
| Accuracy |
±0.25％ SPan |
| Firmware Support |
ArduPilot, PX4 |
| Interface |
I2C |
| Input Voltage |
4.7 ~ 5.2V |
| Working Temperature |
-10 ~ 85 ℃ |
| Versiyon |
Ms4525-Airspeed-Sensor-Options: MS4525-PIX Version * 2 Pcs ,Ms4525-Airspeed-Sensor-Options: MS4525-V5+and X7 Version * 2 Pcs ,Ms4525-Airspeed-Sensor-Options: MS4525-V6X Version * 2 Pcs ,Ms4525-Airspeed-Sensor-Options: MS4525 & NEO 3 GPS / Set ,Ms4525-Airspeed-Sensor-Options: MS4525 & NEO 3 Pro GPS / Set ,Ms4525-Airspeed-Sensor-Options: MS4525 & NEO 3X GPS / Set |
CUAV Multi-Copter Package | X7+ Controller NEO 3 GPS P8 Telemetry One Set
Yurtdışı Tedarik
| Ağırlık | 1070 lbs |
|---|---|
| Weight |
2 kg |
| Dimensions |
30 × 30 × 20 cm |
| Processor |
STM32H743(Arm Cortex -M7,480MHz, 2MB FLASH, 1MB RAM) |
| Accelerometer |
ICM-42688-P / ICM-20689 / ICM-20689 |
| Gyroscope |
ICM-42688-P / ICM-20689 / ICM-20689 |
| Compass |
RM3100 |
| Barometer |
MS5611 *2 |
| UART |
5 |
| I2C |
6 (2 interfaces are integrated in GPS&SAFETY&UART4) |
| PWM OUT |
14 ( M1~M12 Support DSHOT protocol) |
| RC IN |
1 (Support PPM SBUS DSM) |
| RSSI |
PWM or 3.3V analog voltage |
| CAN |
2 |
| Power IN |
2 (Power A for ADC protocol, Power C for CAN protocol) |
| Safety Switch |
1 |
| GPS |
2 |
| ADC |
1 |
| DEBUG |
1 |
| JATG |
1 |
| USB |
1 |
| Rated Voltage |
4.5 ~ 5.5 V |
| USB Voltage |
4.75 ~ 5.25 V |
| Servo Voltage |
0 ~ 10 V |
| Working Temp |
-20 ~ 85 ℃ |
| Humidity |
5% ~ 95%（Does not condense） |
| Size |
77.0 × 45.5 × 39.0mm |
| Working Frequency |
840 ~ 845MHz |
| Spreading Method |
Frequency Hopping/Fixed Frequency、Transparent transmission、GMSK、2GFSK、4GFSK、QPSK |
| Forwarding Error Detection |
Hamming, BCH, Golay, Reed Solomon, Viterbi |
| Error Detection |
32 bits of CRC, ARQ |
| Range |
Reference distance: 40km(The transmission distance is different under different environments/ configurations; please refer to actual use) |
| Sensitivity |
-109 dBm @ 115.2 kbps-108 dBm @ 172.8 kbps-106 dBm @ 230.4 kbps |
| Transit Power |
100 ~ 1000mw(20~30dBm）Default：1000mw |
| Antenna Gain |
3dBi |
| Serial Interface |
3.3V CMOS TTL |
| Link Rate |
345kbps Max |
| Baud Rate |
300bps to 230kbps(default:57600) |
| Operating Modes |
Point-to-Point, Relay Mode |
| Input Voltage |
12 ~ 60V |
| Power Consumption |
Sleep：< 1mA (Future)Idle：20mARx：45mA to 98mATx Peak：2A |
| Interface |
Antenna: SMA inner needleSerial: GHR-06V-SUSB: Type-C POWER |
| Operation Temperature |
-40 ~ 85 ℃ |
| RGB Drive |
NCP5623 |
| Buzzer |
Passive buzzer |
| GNSS Receiver |
UBLOX NEO M9N |
| Number of Concurrent GNSS |
4(BDS、GALILEO、GLONASS、GPS) |
| Frequency Band |
GPS: L1C/AGLONASS: L10FBDS: B11GALILEO: E1B/C |
| GNSS Augmentation System |
SBAS: WAAS, EGNOS, MSASQZSS:L1s(SAIF)other: RTCM3.3 |
| Horizontal Accuracy |
2.0m |
| Speed Accuracy |
0.05m/s |
| Nav.update rate |
25Hz(Max) |
| Acquisition |
Cold start:24sHot start:2sAided start:2s |
| Number of Saellites(MAX) |
32+ |
| Protocol |
UART+IO+l2C |
| Port Type |
GHR-10V-S |
| Supported Controller |
CUAV series, Pixhawk series |
| Wave Filtering |
SAW+LNA+SAW |
| Anti-Lectromagnetic/Radio Frequency Interference |
EMI+RFI |
| Upgrade Firmware |
Support |
| Support Control Type |
ArduPilot/PX4*(PX4 is stillworking hardto adapt to the clock) |
| Operating Temperature |
-10～70℃ |
CUAV NEO 4 SE GPS Module U-BLOX M10 GNSS
Yurtdışı Tedarik
| Ağırlık | 1080 lbs |
|---|---|
| Weight |
0.5 kg |
| Dimensions |
10 × 10 × 5 cm |
| Product variants |
MIA-M10Q |
| Built-in processor |
STM32H5 Arm Cortex-M33 250 MHz |
| GNSS |
BeiDou, Galileo, GLONASS, GPS / QZSS |
| Oscillators |
TCXO |
| Acquisition 1 |
Cold start: 27 sAided start: 1 sHot start: 1 s |
| Nav.Update Rate |
25Hz(Max) |
| Horizontal Position Accuracy |
1.5 mCEP |
| Communication protocol |
DroneCAN |
| Run firmware |
CUAV M4C PMU2 |
| Data Interface |
GHR-04V-S |
| Operating Temperature |
-10 ℃ ~ +80 ℃ |
| Product Options |
Choose an optionNEO 4 SE GPS * 2PcsNEO 4 SE & Pixhawk V6X V2 ControllerNEO 4 SE & 7-Nano V2 ControllerClear |
| Receiver Type |
u-blox MIA-M10Q |
| Processor |
STM32H5ArmCortex-M33250 MHz |
| Compass |
IIS2MDC |
| Frequency Band |
GPS: L1 C/AGLONASS: L1OFBeiDou: B11/B1CGalileo: E1B/C |
| AugmentationSystems |
SBAS: EGNOS, GAGAN, MSAS, WAAS, BDSBAS, KASS, and SouthPANQZSS: L1S (SLAS) |
| Number of Concurrent GNSS |
4(BeiDou, Galileo, GLONASS, GPS) |
| Acquisition |
Cold Start: 27 s I Hot Start: 1 s I Aided Start: 1 s |
| Sensitivity |
Tracking and Nav: -167 dBmReacquisition: -160 dBmCold Start: -148 dBmHot Star: -159 dBm |
| Signal Integrity |
RF interference and jamming detection and reporting, spoofing detection and reporting |
| Wave Filtering |
SAW+LNA+SAW+LNA |
| Anti Electromagnetic/Radio FrequencyInterference |
EMI+RFI |
| Protocol |
DroneCAN |
| Upgrade Firmware |
Support |
| Firmware |
CUAV M4C GNSS |
| Size |
60 × 60 x 16.1 mm |
| Input Voltage |
4.7～5.2V |
| CUAV Products |
NEO 3 |
| Sensor |
Compass:IST8310 |
| RGB Driver |
NCP5623C |
| Buzzer |
Passive Buzzer |
| Safety Switch |
Physical Button |
| GNSS Receiver |
u-blox M9N |
| Number ofConcurrent GNSS |
4(BDS、Galileo、GLONASS、GPS) |
| GNSSAugmentationSystem |
SBAS:WAAS,EGNOS,MSASQZSS:L1s(SAIF)Other:RTCM3.3 |
| HorizontalAccuracy |
2.0m(Highest measured value is 0.7m) |
| Speed Accuracy |
0.05m/s |
| Number ofSatellites(MAX) |
32+ |
| Anti Electromagnetie/Radio FrequencyInterference |
EMI+RFI |
| SupportedController |
CUAV seriesPixhawk series |
| Port Type |
GHR-10V-S |
| OperatingTemperature |
-10～+70℃ |
| Protection Level |
一 |
| Versiyon |
Product-Options: NEO 4 SE GPS * 2Pcs ,Product-Options: NEO 4 SE & Pixhawk V6X V2 Controller ,Product-Options: NEO 4 SE & 7-Nano V2 Controller |
CUAV New C-ADB Secondary Development Pixhawk Debug Debugging Adapter
Yurtdışı Tedarik
CUAV NEW C-RTK 2 high precision Multi-Star Multi-Frequency RTK PPK GNSS Module
Yurtdışı Tedarik
| Ağırlık | 39 lbs |
|---|---|
| Processor |
H7 |
| Support 1 |
Supports both RTK and PPK |
| Supports 2 |
Hotshoe Trigger |
| IMU |
Build in high precision IMU |
| Data interface |
USBX1,UART X2 |
| Frequency |
Muti -star Muti-frequency |
| Protocol |
Supports UAVCAN Protocol |
| Speed |
4M/s Reading speed |
| Radio Control Style |
RC Hobby |
| Receiver |
ZED-F9P |
| Channel |
184 |
| FLASH |
2M |
| RAM |
1M |
| Acce & Gyro |
ICM-20689 |
| Compass |
RM3100 |
| Barometer |
ICP10111 |
| TF Card |
32G(Max) |
| PPK |
Support |
| RTK |
Support |
| GNSS System |
GPS:L1C/A,L2CGLONASS:L10F,L2OFGALILEO:E1B/C,E5bBDS:B11,B2I |
| Enhanced System |
QZSS:L1C/A,L2C,L1SSBAS:L1C/A |
| Concurrent GNSS |
4 |
| Nav Rate |
RTK:20Hz(Max)PPK:25Hz(Max)default:5Hz |
| Convergence Time |
RTK<10s |
| Accuracy (RMS) |
RTKLevel: 0.01m+1ppm(RMS)RTKVertical: 0.02m+1ppm(RMS)GPS: 1.5m(RMS) |
| Acquisition |
Cold start: 24sHot start: 1sReacquisition: 2s |
| Sensitivity |
Tracking &Nav:-167dBmCold start:-148dBmHot start:-157dBmReacquisitio:-160dBm |
| Anti-Spoofing |
Advanced anti-spoofing algorithms |
| Time Pulse |
0.25Hz~10Mhz(Configurable) |
| Anti-Jamming |
Active CW detection and removal onboard band pass filter |
| Controller |
Compatible with controllers running ArduPilot/ PX4 firmware |
| Coordinate System |
WGS84 |
| Interface |
Hotshoe×1; Shutter in×1; Shutter out×1; Type-C×1; F9P USB×1; UART×1; CAN×1; MMCXAntenna×1 |
| DCIN |
4.5～6V |
| Operating Temperature |
-20～85℃ |
| Size |
56.0×33.0×16.5mm |
| Weight |
39g |
CUAV New Flightcase 24GHz Miniature UAV Drone Altimeter Radar ISTRA24
Yurtdışı Tedarik
CUAV New Upgraded SKYE 2 Airspeed Sensor Meter for Drone
Yurtdışı Tedarik
| Ağırlık | 2075 lbs |
|---|---|
| Weight |
26.1g |
| Dimensions |
20 × 10 × 10 cm |
| Air speed |
PIX, V5+and X7 Series FC |
| MCU |
STM32F4 |
| ProtoCol |
DroneCan |
| Sensor |
MS5391 |
| Measurement speed |
Difference less than 1%FS |
| Temperature measurement |
-20°C to 125°C |
| Operating Voltage |
18-68V |
| Size |
102mm/28.2mm/30.5mm |
| Protection Level |
IP54（After installation as required） |
| Flight control |
PX4/ArduPilot |
| Processor |
STM32F412(32 Bit Arm® Cortex®-M4,100MHz, 512KB FLASH, 256KB RAM) |
| Pitot Tube Temperature Control Type |
Resistance heating |
| Measuring Range |
±6895Pa |
| Airspeed Range |
0 ~ 106 m/s |
| Total Error Band |
±1% FS |
| Temperature Measurement Range |
-20 ~ 125 ℃ |
| Humidity Measurement Range |
0 ~ 100% |
| Pitot Tube Heating Power |
35W |
| Compatible Controllers |
ArduPilot/PX4(CUAV/Pixhawk） |
| Operating Temperature |
-20 ~ 75℃ |
| OUT |
16V / 3.5A |
| Interface |
Power × 1(5023520200/5023510200)SKYE CAN × 2(5025850470/5025780400)CAN × 1（4 Pin GH1.25） |
| Accuracy |
±1%FS |
| Heater |
Resistive heating*2 |
| Humidity measurement |
0-100% |
CUAV New VT240 pro VTOL for mapping surveying inspection
Yurtdışı Tedarik
| Ağırlık | 1.511 lbs |
|---|---|
| Weight |
0.3 kg |
| Dimensions |
10 × 10 × 10 cm |
| VT240 pro |
starter version, Advance version, Enterprise, Mapping |
| Max flying speed |
30m/s* |
| Size |
2438*1300*376mm |
| Stall speed |
14.5m/s@13kg |
| Max cruising range |
310km |
| Max payload |
2kg |
| Flight controller |
Standard CUAV Autopilot (optional) |
| Economical cruising speed |
18m/s(65km/h) |
| Wind resistance |
Level 5 |
| Take-off and landing mode |
VTOL |
| Power energy |
Electric |
| Single point positioning |
1.5M |
| RTK |
1CM+1PPM |
| Body material |
Carbon fiber+Kevlar composite material |
| Communication distance |
Subject to link data |
| Ground station |
QGroundcontrol/Missionplanner/LGC |
| Application |
Surveying and mapping, Inspection, delivery*, monitoring, public security, traffic, etc. |
| Customized/Optional |
Autopilot, GNSS receiver, remote controller, mission payload, fuselage coating, waterproof design, remote ID, etc. |
| Positioning accuracy |
Single point positioning:1.5MRTK:1CM+1PPM |
| Customised/Optional |
Autopilot, GNSS receiver, remote controller, mission payload, fuselage coating, waterproof design, remote ID, etc. |
| Versiyon |
Vt240-Pro: starter version ,Vt240-Pro: Advance version ,Vt240-Pro: Enterprise ,Vt240-Pro: Mapping |
CUAV New VT290 VTOL for mapping surveying inspection
Yurtdışı Tedarik
| Ağırlık | 264219 lbs |
|---|---|
| Weight |
13.5 kg |
| Dimensions |
160 × 75 × 60 cm |
| VT290 VTOL |
starter version, Inspection version, Wide area patrol, Surveying Mapping, Platform take-off and landing |
| Size |
2900*1400*398mm |
| Max flying speed |
35m/s |
| Economic cruising speed |
20m/s |
| Stall speed |
16m/s |
| Max payload |
5kg |
| Body material |
Carbon fiber+ composite material |
| Empty weight |
13.5kg |
| Maximum takeoff weight |
19kg |
| Wind resistance |
Level 6 |
| Wingspan |
2900mm |
| Economical cruising speed |
20m/s |
| Endurance |
No load: 5h5kg load: 3h |
| Maximum range |
370km |
| Max takeoff weight |
19kg |
| Takeoff and landing mode |
Vertical takeoff and landing |
| Power energy |
Battery |
| Positioning accuracy |
Single point positioning: 1.5MRTK: 1CM+1PPM |
| Controller |
CUAV series Controller |
| Communication distance |
Based on link data |
| Customized/ Optional |
Controller, GNSS, remote controller, mission payload, body coating, waterproof design, remote ID, etc |
| Ground station |
QGoundcontrol Missionplanner/LGC |
| Application scenario |
Mapping, inspection, logistics, monitoring, public security, delivery, etc |
| Wing installation angle |
2° |
| Wing area |
72dm2 |
| Wing load |
264g/dm2 @19kg |
| Versiyon |
Vt290-Vtol: starter version ,Vt290-Vtol: Inspection version ,Vt290-Vtol: Wide area patrol ,Vt290-Vtol: Surveying Mapping ,Vt290-Vtol: Platform take-off and landing |
Cuav Raefly CP900 Multi-rotor Flight Platform Open Source Drone
Yurtdışı Tedarik
| Ağırlık | 25 lbs |
|---|---|
| Wheelbase |
950 mm |
| Unfolded Dimension |
1253×1258×459 mm |
| Folded Dimension |
407×421×459 mm |
| Propeller Size |
23 inch |
| Power System |
DroneCAN @12S |
| Airframe Weight |
3.9 kg |
| Empty Takeoff Weight |
7.9 kg |
| Max Payload |
2 kg |
| Battery Compartment Size |
210×130×80 mm |
| Recommended Battery |
25000 mAh(12S) |
| Wind Resistance |
Level 5 |
| IP Rating |
IP54 |
| Max Flying Speed |
25 m/s |
| Endurance |
76 minutes @no load58 minutes @1.2kg |
| Remote Controller Performance (optional) |
G16 Android Digital Image Remote Control Integrated Smart Remote Controller: 2.4GHz/5.8GHz; Automatic Frequency Hopping Communication Range: 5~30km (ground to air, line-of-sight environment) |
| Controller (optional) |
CUAV Series Intelligent Controllers |
| Remote ControllerPerformance (optional) |
G16 Android Digital Image Remote Control Integrated Smart Remote Controller:2.4GHz/5.8GHz; Automatic Frequency Hopping Communication Range: 5~30km(ground to air, line-of-sight environment) |
| SYSTEM |
ITEM |
| Airframe Platform |
CP900 Airframe |
| PropulsionSystem |
12S Motor |
| 12S ESC |
4 |
| 23 Propeller |
4 |
| Control System |
Controller (optional) |
| Power Module (optional) |
PMU 2 Lite |
| GPS /RTK(optional) |
C-RTK 2 HP |
| C-RID(optional) |
1 |
| OtherAccessories |
Propulsion Battery |
| Remote Controller |
1×G16 Remote Controller |
| Charger |
1×K4 Charger |
| Transport Case |
1×Trolley Case |
| Accessory Kit |
1×Accessory Kit |