UNMANNED GROUND ROVER
Rover is a semi-autonomous 4-wd ground rover designed for data collection in harsh and hazardous environments. Rover can be operated manually via remote control or be programmed to run autonomous routes using ArduPilots Mission Planner software and GPS waypoint navigation.
The Rover is specifically designed for endurance, versatility, speed and modularity. The rover was integrated with a Pixhawk flight controller, a Ronin-MX gimbal and an DSLR RGB camera capable of streaming live data back to the ground control station.
|Platform Size||0.79m x 0.65m|
|Payload Capacity||100 lbs.|
|Mount Surface||Solid Carbon Fiber Plate|
|Drivetrain||4 Removable Rubber Tires|
|Environment||-10 to 50 Celsius Deg|
|Turn Radius||Zero Turn|
|Ground Speed||10 mph|
|Control||RC (1 km range)|
|Camera||BC-200 4k 30p PTZ|
|AWD+Off-Road Suspension||Water Resistant|
|GPS Waypoint Navigation ||Encrypted Communication|
|360 degree FOV||Mission Planning Software|
|Ronin MX Gimbal||Spotlight|
|Black Magic Micro Cinema Camera||5.8GHz Ad-hoc Wifi LAN|
DJI PHANTOM 4 RTK WITH BASE STATION
The Phantom 4 RTK Quadcopter with D-RTK 2 GNSS Mobile Base Station from DJI is a Phantom 4 quadcopter with additional GPS technology that is designed to deliver centimeter-level accurate mapping that can be extremely useful for surveying, construction sites, and inspections.
The Phantom 4 RTK aircraft has a built-in DJI Onboard D-RTK, providing high-precision data for centimeter-level positioning when used with Network RTK service. Raw satellite observations and exposure event records can be used for post-processed kinematic (PPK) differential corrections.
The Phantom 4 RTK can hover and fly in extremely low altitude and indoor environments and provides multi-directional obstacle sensing and vision positioning functions. Obstacles detection and avoidance in large range and landing protection enhance flight safety.
The Phantom 4 RTK is equipped with a 24 mm (35 mm format equivalent) wide angle camera, high-precision and anti-shake gimbal, 1-inch CMOS sensor, mechanical shutter to offer the best in aerial photo analysis. Built into the remote controller is the latest DJI OcuSync technology with enhanced anti-interference capability to deliver a more stable and smoother video downlink.
D-RTK 2 Mobile Station fully supports GPS, GLONASS, Beidou, and GALILEO signals. Easy and quick to set up, the DRTK 2 Mobile Station provides real-time differential data for drones to achieve centimeter-level positioning accuracy. The built-in high-gain antenna offers better signal reception from more satellites even when obstructions are present.
DJI M210V2 WITH CADENCE REMOTE AND CRYSTAL SKY MONITOR
The flight controller provides a safe and reliable flight experience. A flight recorder stores critical data from each flight. Dual IMUs and barometers design provides redundancy. The aircraft can hover and fly in extremely low altitude and indoor environments, and provides multi-directional obstacle sensing and vision positioning functions.
Air Sense makes you aware of nearby aircraft in the surrounding airspace to ensure safety. The safety beacons on both the top and the bottom of the aircraft allow the aircraft to be identified at night or in low light conditions.
Time sync system continuously aligns the flight controller, camera, GPS module, RTK module for the M210 RTK V2, as well as payloads or onboard accessories. The position data is fixed to the center of the CMOS for precise geotagging when using DJI payloads.
OcuSync 2.0 is the low-latency long range (up to 5 mi (8 km), FCC) HD downlink. Support of 2.4 GHz and 5.8 GHz ensures a more reliable connection in environments with more interference. The AES-256 encryption keeps your data transmission secure so you can be sure that your critical information stays safe.
Cadence Remote provides up to five analog control channels with over ten customizable buttons, improving overall control efficiency. Its design offers antenna interchangeability where a high-gain antenna can augment the power of DJI Lightbridge technology, significantly increasing overall anti-interference and image quality.
DJI MAVIC PRO ENTERPRISE DUAL
The Mavic 2 Enterprise Dual has both an infrared sensor and a standard camera. The infrared camera allows for temperature measurements to be taken at the center of the field of view.
With OcuSync 2.0 the Mavic 2 Enterprise Dual can easily transmit 1080P video feed through solid walls. With a maximum transmission range of 5 miles the days of the video cutting out or losing connection are a thing of the past. GPS timestamping records the time, date, and GPS location of the images or videos taken in flight. This extra piece of data provides useful information on the locations of people, objects, or buildings in the images or videos captured
Local Data Mode- feature in the DJI Pilot App which, when activated, will stop the user’s connected mobile device from sending or receiving any data over the internet.
Equipped with DJI AirSense, designed to help ensure drones remain conflict free in the airspace. Aimed to improve a pilots situational awareness and enhances airspace safety by automatically alerting drone pilots of ADS-B signals from nearby airplanes and helicopters and by sending real-time positioning alerts through the DJI Pilot flight control app.
Secured with 24 GB of onboard data storage and password protection, creating accountability for all access to the drone’s functions and stored data.
DJI INSPIRE 2
The DJI Inspire 2 has can go from 0 to 50 mph (80 kph) in just 5 seconds and hits a maximum speed of 58 mph (94 kph) with a max descent speed of 9m/s. A dual battery system prolongs the flight time to a maximum of 27 minutes (with an X4S), while self-heating technology allows it to fly even in low temperatures.
Flight Autonomy has been revised and developed specifically for the Inspire 2, providing two directions of obstacle avoidance and sensor redundancy. Increased intelligence adds multiple intelligent flight modes, including Spotlight Pro, giving even single pilots the ability to create complex, dramatic shots. An upgraded video transmission system is now capable of dual signal frequency and dual channel, streaming video from an onboard FPV camera and the main camera simultaneously, for better pilot and camera operator collaboration.
The latest update to DJI Lightbridge technology has an effective transmission distance of up to 4.3mi (7km)* and is capable of delivering both 1080p/720p video as well as the FPV view to pilot and camera operator. Users can also switch between 2.4GHz and 5.8GHz** control frequencies to cut through noise for greater signal stability.
A new wireless HD image transmission technology sends video information from the master controller to the slave controller and the two controllers can be up to 100m apart without loss of image quality.
DJI PHANTOM 4 PRO V1
The Phantom 4 Pro shoots at 4K at up to 60 frames per second and captures 20megapixel photos that look crisper and cleaner than ever thanks to the new 1-inch CMOS sensor. Its mechanical shutter and auto focus create an even better aerial shooting experience
The flight controller has been updated to provide a safer, more reliable flight experience. A new flight recorder stores critical data from each flight. A system of visual sensors enhances hovering precision when flying indoors or in environments where GPS is unavailable. Dual IMUs and compasses design provides redundancy.
The low-latency long range (up to 4.3mi (7km)) HD downlink is powered by an enhanced version of DJI LIGHTBRIDGE. Support of 2.4 GHz and 5.8 GHz ensures a more reliable connection in environments with more interference.
|Flight Controllers, Remotes, Software, & Cameras|
|Pixhawk 2.1 Cube Flight Controller|
|Pixhawk 2 (beta) is an advanced autopilot system designed by the ProfiCNC and manufactured by HEX Technology. 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.|
|Isolated and Dampened IMU|
|Separated IMU and FMU system, effectively reducing interference to sensors. Foam effectively filter high frequency vibration, reducing noise to IMU measurements.|
|Triple Redundant IMU System|
|Modular Flight Controller|
|Modular cube design for simplicity. All inputs/outputs in one single DF17 connector so user may use different carrier board for specific application or design and make their own carrier board with ease.|
|Pixhawk 2 Carrier Board|
|The Turnigy 9X Radio comes with SBUS/IBUS and CPPM/PWM protocol. The Turnigy 9X is now using the solid and reliable 9 channel 2.4GHz Automatic Frequency Hopping Digital System (AFHDS 2A) spread spectrum technology, making it compatible with a huge range of receivers. The transmitter is connected to the Turnigy TGYiA8 Receiver for PPM/PWM communication.|
The transmitter and receiver pair has its own unique ID to prevent other RC systems from accidentally connecting to or interfering with the Turnigy 9X. Each transmitter hops between 16 channels in order to reduce interference from other transmitters. The high-efficiency high gain antenna cuts down on interference, while using less power, but maintains a strong reliable connection.
|Mission Planner by Ardupilot Version 1.3.66|
|Mission Planner is a ground control station made by ArduPilot suitable for Plane, Copter and Rover. It is compatible with Windows only. Mission Planner can be used as a configuration utility or as a dynamic control supplement for your autonomous vehicle.|
Mission planner provides the following:
|GS Pro (also known as Ground Station Pro) is an iPad app designed for industrial applications including but not limited to, aerial imaging, architecture, precision agriculture, electrical inspections, search and rescue, safety control, and more. It provides easy mission planning through different methods such as tapping on the map, setting points using the aircraft, or importing files, and automated aircraft control during the planned mission.|
|Pix4Dcapture is a professional drone mapping tool. A free companion to Pix4D photogrammetry software, Pix4Dcapture is the perfect tool to automatically capture image data - RGB, thermal for optimal 3D models and maps.|
Pix4Dcapture is a free companion to Pix4D photogrammetry software, Pix4Dcapture is the perfect tool to automatically capture image data - RGB, thermal - for optimal 3D models and maps. The software has the ability to process post-flight images easily on the cloud or desktop applications, producing georeferenced maps and models ideal for the missions at hand.
|Pix4Dmapper is photogrammetric mapping and modeling software used to produce survey-grade deliverables such as 3D maps and models from drone images.|
|Image & Thermal Cameras|
|Zenmuse XT2-R- 640x512 13mm FOC 45º|
|Frame Rate||30 Hz or 9 Hz (region-dependent)|
|Thermal Imager||Uncooled Vox microbolometer, 7.5 – 13.5 um|
|IR Sensitivity||<50 mKat f/1.0|
|Scene Range (High Gain)||-25ºC to 135ºC (-13ºF to 275ºF)|
|Scene Range (Low Gain)||-40ºC to 550ºC (-40ºF to 1022ºF)|
|Thermal Photo/Video Format|
JPEG, TIFF, R-JPEG/8-bit
TIFF sequence, SEQ
|Visual Camera||12 MP, 1/1.7’’ CMOS, FOV 57.12º x 42.44º|
|Visual Photo/Video||4K Ultra HD: 3840 x 210, 29.97p |
FHD: 1920 x 1080, 29.97p
|Weight (Gimbal)||588 g (20.7oz)|
|Sensor||The inspire 2 was equipped with an upgrated Micro 4/3 sensor, the Zenmuse X5S has a dynamic range of 12.8 stops with a much improved signal to noise ratio and color sensitivity than the X5R. It supports up to eight standard M4/3 lenses (including zoom lenses) with focal lengths ranging from 9mm-45mm (equivalent to 18mm-90mm on a 35mm camera), allowing more creative flexibility. The new CineCore 2.0 image processing system on the Inspire 2 makes the Zenmuse X5S capable of capturing 5.2K 30fps CinemaDNG video and Apple ProRes video as well as 4K 60fps using H.264 and 4K 30fps using H.265 (both at 100Mbps). Continuous DNG burst shooting at 20fps with 20.8MP images is also supported|
|Video||Using CineCore 2.0, the Zenmuse X5S records video at a maximum resolution of 5.2K/30fps in CinemaDNG 12bit1, 5.2K 30fps Apple ProRes 422 HQ and 4K 30fps Apple ProRes 4444 XQ (no alpha)2. Additional recording options include video in 4K/60fps using H.264 or oversampling video in 4K/30fps using H.264/H.265, both with a bitrate of 100Mbps.|
|Storage/Codec||The DJI CINESSD card (PCIe3.0 NVMe SSD support) and a highly optimized FAT32/exFAT file system, allows Zenmuse X5S footage to be transferred directly through the DJI CINESSD STATION card reader to a computer at high speeds without any additional software. Footage also supports the DIT standard. CinemaDNG or Apple ProRes workflows can be used for postprocessing.|
|DJI Mavic Pro Enterprise Dual Sensors|
|Overview||The Mavic 2 Enterprise Dual has both an infrared sensor and a standard camera. The infrared camera allows for temperature measurements to be taken at the center of the field of view. Each of these cameras can be viewed independently (just thermal or just 1080P RGB) or at the same time. FLIR calls the combination of the two feeds MSX (multispectral dynamic imaging). FLIR MSX makes the outlines of structures, people, and flashlights from the visible spectrum easy to see while illuminating heat differences between objects. See in the image above the person standing in the door is visible in the infrared spectrum but not in the RGB image.|
|Radiometric Sensor||A radiometric thermal camera measures the temperature of a surface by interpreting the intensity of an infrared signal reaching the camera. Adding radiometric functionality to a camera can give drone operators the ability to save pictures for post-flight image analysis and accurately measure the temperatures of individual image pixels. The addition of radiometric imaging enables drones to capture temperature data in every pixel of an image. Drone operators can thus analyze and send detailed reports and images, which examine temperature data in the entire image, delivering quantifiable results.|
|Sensor – Uncooled VOx Microbolometer |
Lens – HFOV: 57°
Aperture – f/1.1
Resolution – 160×120 Pixel
Pitch – 12 μm
Spectral Band – 8-14 μm
Image Size – 640×480 (4:3); 640×360 (16:9)
Still Photography Modes – Single shot
|Burst shooting – 3/5/7 frames |
Video Recording Modes – 640×360 @8.7 fps
Accuracy – High Gain: Max ±5% (typical)
Accuracy - Low Gain – Max ±10% (typical)
Scene Range – High Gain: -10° to +140°C
Scene Range – Low Gain: -10°to +400°C
Photo – JPEG
Video – MP4, MOV (MPEG-4 AVC / H.264)
|DJI Flir Zenmuse XT2 Thermal Camera – 640x512 30Hz 13mm Radiometric|
|Dual Sensor Configuration||The Zenmuse XT2 builds on top of FLIR’s dual sensor configuration, combining FLIR’s Tau 2 thermal sensor and 12MP visual camera. Additionally, the XT2 utilizes the highest end Tau 2 sensors, with advanced radiometric capabilities, storing temperature data in every pixel|
|Rugged Encasing||The XT2’s dual sensors are housed within a weather resistance encasing, providing an IP44 level rating. This makes it the first DJI camera to match the M200 Series’ rugged build, combining to form a drone solution that can fly through light rains.|
|Real-Time Insights||The XT2 utilizes DJI’s leading computer vision technologies and trusted thermal interpretation tools to provide a suite of intelligent features that helps teams identify what’s important while on-site, instead of after a lengthy processing time|
|Temp Alarm||The XT2 utilizes DJI’s leading computer vision technologies and trusted thermal interpretation tools to provide a suite of intelligent features that helps teams identify what’s important while on-site, instead of after a lengthy processing time.|
Capture the most critical information by automatically locking the XT2 onto the hottest object in view.
Quickly interpret data with details from the visual image overlaid on the thermal data stream.
|DJI Flir Zenmuse XT2 Thermal Camera – 640x512 30Hz 13mm Radiometric|
|Temp Check||Tap a point or select an area for real-time temperature measurements.|
Select an object to lock the XT2 onto it, simplifying missions in complex environments.
|Isotherms||Focus on a specific temperature band to identify what’s important.|
|Color Palettes||Adjust the colors applied to the thermal data to easily interpret what’s happening.|
|PiP Options||Optimize how you view the thermal and visual feeds - side by side and overlap.|
|Black Magic Micro Cinema Camera|
|Description||The Black Magic Micro Cinema Camera is the world’s smallest digital film camera with Super 16mm sensor and 13 stops of dynamic range that is designed to be operated remotely! Features a revolutionary expansion port with PWM and S.Bus inputs so you can use a model airplane remote control to operate the camera wirelessly. Includes a built in SD card recorder for capturing up to 1080HD in CinemaDNG RAW or ProRes, MFT lens mount and operates up to 60 fps.|
|Remote Camera Management – Wireless Control||This camera can be remotely operated with a live feed view allowing the user to monitor status from a safe distance. The expansion port allows for communication between the flight controller, gimbal and camera. The vehicle remote was mapped to camera allowing for video start-stop functionality as well as the ability to adjust focus, change the iris and more. The expansion ports was also connected via the composite video out signal and integrated onto a local WIFI network for remote monitoring.|
|Video Assist 4K Monitor with Amimon Connex Wireless HD Video Link for UAVs||Video Assist 4K makes it easier to frame your shots and get absolutely perfect focus! The dual built in high speed UHS-II recorders use commonly available SD cards to record HD and Ultra HD video as professional 10-bit 4:2:2 ProRes or DNxHD files. Unlike DSLRs, which record heavily compressed files that are hard to use with video software,|
|Black Magic Micro Cinema Camera|
|Video Assist records professional, 10 bit broadcast quality files such as ProRes and DNxHR that are compatible with all leading video software.|
The CONNEX wireless system was integrated with the Video Assist enabling a live view, near-zero latency, feed from a UAV-mounted camera at up to 1080p60 resolution. Suitable for monitoring, FPV, and gimbal operation, the system features a range of up to 3300' line-of-sight and can display OSD data from MAVLINK telemetry modules. The video transmission is encrypted to help prevent eavesdropping. The transmitter can link to up to four receivers, for example allowing the pilot and camera operator to each have their own monitor or FPV goggles.
|Tupavco TP542 Panel WiFi Antenna – 2.4GHz/5GHz Dual Band/Multi Band – Directional Wireless Antenna||The main benefit of this dual-band antenna is its ability to focus its signal in one direction leading to the greater gain figures. This antenna is designed for use on stationary objects such as buildings or houses. This unique multiband directional antenna covers the wide multi-range spectrum and can be used for the wide frequency range. Antenna collects the signal and sends it through the cable to an amplifier or other networking devices. It’s equipped with N-female connectorand if you want to connect antenna directly to the device (router, wifi card, access point).|
|Ronin-MX Gimbal System||The brushless gimbal stabilization system is more than just three brushless motors moving on three axes. The motors work with position feedback and the IMU (Inertial Measurement Unit) to communicate with DJI’s custom-built 32-bit processor, which processes movement calculations in milliseconds. This reduces angular vibration to less than 0.02 ̊ of translated movement, meaning that the camera will remain steady and the motor can be absolutely silent. The Ronin-MX was configured in Upright mode.|