MIRA X

Next Generation Mobile GCS Platform by Desert Robotics
Pilot and manage your unmanned vehicles/designs with our professional and powerful Ground Control Stations.
Compatible with Analog Radios, Digital IP Radios, Autopilots and your vehicle designs!

NEXT LEVEL CONNECTIVITY, MOBILITY, AND TECHNOLOGY IN ONE.

· Hands On Throttle And Stick (HOTAS) Layout:
MIRA X’s HOTAS layout offers intuitive, hands-on control for quick access to essential functions. This ergonomic design enhances responsiveness, giving operators the precision needed for efficient mission management.

19″ High-Definition Widescreen:
The 19″ high-definition widescreen provides clear, expansive viewing, maximizing workspace efficiency. Its wide format allows operators to monitor multiple data streams, ensuring enhanced situational awareness.

AVAILABLE IN 3 COLORS

MIDNIGHT BLACK

HUNTER GREEN

DESERT GOLD

Redundant Controls with GCS SmartView:

MIRA X offers redundant controls through GCS SmartView, ensuring uninterrupted operation in critical moments. This system provides backup functionality to maintain seamless mission control.

Compatible with Many Radio / Comm Systems:

MIRA X integrates effortlessly with a wide range of radio and communication systems, offering flexible connectivity for diverse operational needs.

build your gcs!

compatible components

Compatible / Available

Communications Links

RFD 900x/868x Radio Modem-

The RFD900x is a versatile and high-performance long-range data link designed for unmanned systems requiring stable communication. Operating at up to 1W transmission power, the RFD900x ensures robust data transmission over extended distances while maintaining low latency, making it ideal for mission-critical operations. Desert Rotor offers an RFD setup featuring an enclosure and dock, providing a complete and ready-to-use solution.

Key Benefits:

Long-Range Communication: Capable of transmitting data over distances of up to 40 kilometers, ensuring reliable control and data reception for extended missions.
1W Transmission Power: Delivers strong, reliable signals for long-range communication.
Support for Multiple Protocols: Capable of streaming SBUS, PPM, and MAVLink, offering flexibility for various control and telemetry systems.
Robust Signal Integrity: Features adaptive flow control and error correction to maintain communication in challenging environments.
Frequency Hopping Spread Spectrum (FHSS): Minimizes interference and maximizes link reliability in congested frequency bands.
Configurable for Your Needs: Fully customizable settings for baud rate, frequency bands, and power output, allowing for integration into diverse mission profiles.
Flexible Integration: Compatible with many unmanned systems and integrates smoothly with Desert Robotics GCS.

More details available at the manufacturer’s site, rfdesign.com.au.

Picoradio™ Digital IP Systems

900MHz/2.4GHz Picoradio™: An advanced single-link system for UAS and multicopters that combines HD video transmission, autopilot command and control, and manual controlvia an optional SBUS passthrough module. This high-power, long-range COFDM link packs a variety of features into a compact 18-gram package.
900MHz Picoradio™ MIMO NX: A next-generation smart broadband IP radio available as a 2×2 MIMO 900 MHz radio or 2 x 2 MIMO Hex-Band (1.6-2.4GHz) radio. Features an onboard processor for Ethernet, serial, and CAN bus communications, along with switchable manual control/SBUS functionality.

Digital IP Modem & Cellular Radio

900MHz or 2.4GHz Microhard™ Digital IP Modem (pDDL): Provides the bandwidth and range needed for complex data applications with fast, secure Ethernet and serial communication.
4G/LTE Microhard™ Cellular Radio (Bullet-LTE): A compact M2M solution leveraging 4G/HSPA+/LTE networks, enabling high-speed cellular remote access when integrated with our ground control stations.

Picocamera & Tracking Antenna

Airborne Innovations Picocamera: An integrated camera and IP video encoder featuring a 720P global shutter camera module. Offers:
- Video Modes: 720p60 and 720p30
- 1080p Rolling Shutter Sensor: Special order available
- Output: Ethernet IP video stream, RTSP
- Bitrate: 1-5 Mbps at 720P30
- Latency: Approximately 100 ms (720p60 mode)
Tracking Antenna: Available with integrated Picoradio datalinks, options include 2.4 GHz MIMO, dual 900 MHz / MIMO, 1.8 GHz, 2.3 GHz, and the new Picoradio MIMO NX with tri-band capabilities.

Silvus StreamCaster Digital Radios-

Silvus StreamCaster radios are known for their advanced MIMO (Multiple-Input, Multiple-Output) capabilities, providing robust, long-range communication solutions ideal for unmanned systems in challenging environments. These radios are designed to support dynamic mesh networks, making them highly adaptable for operations involving multiple nodes or moving vehicles.

StreamCaster 4200:

The SC4200 comes in two variants: the 4W model, which can be mounted and powered internally within Desert Rotor Ground Control Stations, and the more powerful 10W model, which requires external power. Both versions operate across a frequency range of 400 MHz to 6 GHz, delivering high-bandwidth communication in diverse conditions.

Frequency Range: 400 MHz – 6 GHz
Transmission Power: 4W (internal) or 10W (external)
Bandwidth: Supports data rates up to 100+ Mbps
Mesh Networking: Dynamic, self-healing mesh networking capability, ideal for maintaining communications in environments with obstacles or interference.
Use Cases: Suitable for medium to long-range operations, including ground control, aerial data transmission, and multi-node networks.

StreamCaster 4400:
The SC4400 is a high-performance 4×4 MIMO radio offering increased bandwidth and range, designed for environments where robust, real-time video and data transmission are critical. This model operates in frequency bands from 1.4 GHz to 6 GHz and requires external power due to its high transmission output of up to 10W.

Frequency Range: 1.4 GHz – 6 GHz
Transmission Power: Up to 10W (external)
Bandwidth: Capable of supporting data rates exceeding 100+ Mbps
Mesh Networking: Multi-node mesh networking with advanced self-healing properties ensures reliable connectivity even in complex environments.
Use Cases: Ideal for long-range operations, real-time HD video streaming, and large-scale multi-node deployments.

Persistent Systems MPU5-

The MPU5 by Persistent Systems is a cutting-edge mobile ad hoc networking (MANET) radio that provides reliable and secure communication for unmanned systems, even in the most complex environments. It operates on an advanced waveform and allows multiple devices to communicate seamlessly in a dynamic mesh network, maintaining connectivity without the need for fixed infrastructure. Designed for unmanned platforms, the MPU5 excels in delivering high-throughput, low-latency communication for both data and video, making it a key component in any mission-critical operation.

Frequency Range: 225 MHz – 6 GHz
Transmission Power: Available in 1W, 2W, and 10W configurations, the higher power variants provide extended range while the lower power versions are ideal for conserving energy in smaller setups.
Bandwidth: Capable of data rates up to 100 Mbps, allowing for seamless streaming of HD video and large data files.
Mesh Networking: The MPU5’s Wave Relay® MANET technology enables dynamic, self-healing, peer-to-peer communication between nodes without the need for a central hub. This ensures continuous network connectivity, even when nodes are in motion or obstructed.
Use Cases: The MPU5 is ideal for both ground-based and airborne unmanned systems, delivering stable communication for operations requiring real-time video transmission, data sharing, and command/control functionality.

Wave Relay is a registered trademark of Persistent Systems, LLC. Use of this trademark by Desert Rotor is for identification purposes only and does not imply an endorsement from the trademark owner.

Doodle Labs Embedded Smart Radio-

The Doodle Labs Embedded Smart Radio is an ultra-compact, high-performance wireless communication module designed for integration into unmanned systems and industrial IoT applications. Built with state-of-the-art technology, this radio provides long-range, secure, and reliable communication even in challenging environments. The Embedded Smart Radio is ideal for UAVs, robotics, and other unmanned platforms where small size and high functionality are crucial.

Frequency Range: Available in multiple frequency bands, including 900 MHz, 1.4 GHz, 2.4 GHz, and 5.8 GHz, allowing compatibility with different regional regulations and use cases.
Transmission Power: Configurable up to 1W, providing an optimal balance between range and power consumption for embedded systems.
Data Rate: Capable of data rates up to 100 Mbps, ensuring smooth and consistent transmission of video and telemetry data.
Mesh Networking: Equipped with Doodle Labs’ proprietary Mesh Rider® technology, the Embedded Smart Radio can automatically establish mesh networks, enabling nodes to dynamically connect and communicate without the need for fixed infrastructure.
Size & Weight: Compact and lightweight, it’s perfect for integration into UAVs, robots, and other compact platforms with minimal space and weight capacity.

Doodle Labs Wearable Radio-

The Doodle Labs Wearable Radio is a versatile, high-performance communication solution designed for personnel in field operations who require constant and reliable connectivity. Built to be lightweight, durable, and easy to wear, this radio is optimized for use in dynamic environments, enabling soldiers, ground operators, and field technicians to maintain secure communication links across long distances.

Frequency Range: Available in several bands, including 1.4 GHz, 2.4 GHz, and 5.8 GHz, allowing for flexible operation depending on the region and mission requirements.
Transmission Power: Capable of up to 5W of transmission power, providing extended range for ground-based communication in challenging terrains and complex environments.
Mesh Networking: Equipped with Doodle Labs’ Mesh Rider® technology, allowing for seamless peer-to-peer communication in dynamic, mobile environments.
Durability: Engineered for tough environments, the Wearable Radio is shockproof, weatherproof, and dust-proof, ensuring reliable performance in the field.

BluSDR-6: Compact Communication for Unmanned Systems
The BluSDR-6 is a lightweight, highly secure radio designed for unmanned systems. Its small form factor makes it ideal for UAVs and other platforms requiring minimal payload while still delivering strong, encrypted communication.

Key Features:

Compact Design: Lightweight and small, perfect for UAVs with strict payload requirements.
Secure Communication: Advanced encryption ensures data integrity and security for sensitive missions.
Low Latency Performance: Real-time data transmission for critical applications like video feeds and remote control.
Versatile Integration: Easily integrates with a wide range of unmanned systems and payloads.

BluSDR-30: High-Power, Long-Range Communication Solution
The BluSDR-30 is a powerful, long-range radio designed for missions that require extended communication distances and high data throughput. Its robust build makes it ideal for ground vehicles, maritime systems, and large unmanned platforms.

Key Features:

High Transmission Power: Capable of delivering strong communication links over long distances, even in challenging environments.
Secure Data Encryption: Ensures all transmissions are protected, meeting high-security operation requirements.
High Bandwidth: Supports large amounts of data transfer, ideal for video streaming and sensor data transmission.
Rugged Design: Built to withstand harsh conditions, making it perfect for demanding missions across various terrains.

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Mobilicom, a leading provider of cybersecurity and resilient communications solutions, offers advanced SkyHopper and MCU radios designed for unmanned systems in the most challenging environments. Leveraging TDMA (Time Division Multiple Access) technology, these radios ensure robust, long-range connectivity with configurable throughput, optimizing spectrum efficiency and minimizing interference. With dynamic mesh networking capabilities, Mobilicom radios provide unmatched adaptability for multi-node and mobile platform operations. Combined with built-in cybersecurity features, they deliver secure, resilient communications, making them the ideal choice for mission-critical applications in defense and industrial sectors.

SkyHopper Datalinks:

The SkyHopper product series provides versatile and secure communication solutions for drones, robotics, and industrial applications. These cognitive SDRs are designed for long-range, non-line-of-sight (N-LOS) operations and offer robust cybersecurity through the Immunity, Cybersecurity, and Encryption (ICE) suite (licensed separately).

Cybersecurity: Advanced protection against eavesdropping, jamming, and cyber-attacks, with features like Interference Avoidance System (IAS) and multi-layer encryption (up to AES-256).
Variety of Designs: Lightweight Micro (62g) options for embedded applications, alongside models featuring integrated video encoding and LTE connectivity.
Long Range: Up to 5km line-of-sight (LOS), extendable with relay systems.
Flexible Communication: Configurable throughput (0.95-6.4 Mbps), diverse network topologies (point-to-point, point-to-multipoint, relay), and multiple transmission modes (broadcast, multicast, unicast).
Compatibility: Supports a wide range of controllers, mission planning software, and payloads without integration requirements for all IP payloads.
Environmental Resilience: Operates in a temperature range of -20°C to 45°C (-4°F to 113°F).

MCU Mesh Networking:

The MCU-30 is a cybersecure, mobile MESH communication unit designed for drones, robotics, and unmanned systems. This Software-Defined Radio (SDR) solution delivers robust, ad-hoc, infrastructure-free communication with high performance in a compact form factor. It is available in two versions tailored for specific needs: the lightweight MCU-30 Lite for aerial platforms (ADT) and the ruggedized MCU-30 for ground-based operations (GDT).

Long range: Up to 15km (omni) and 20-30km (directional).
Secure: Multi-layer cybersecurity with AES-128/256 encryption and ICE cybersecurity suite for anti-jamming, interference avoidance, and secure data transmission.
Versatile: Supports P2P, P2MP, mesh, and relay topologies.
Flexible frequencies: Operates across 75 MHz to 6 GHz bands.
Compact and efficient: Lightweight (5.9 oz for Lite), low power consumption (10W).

* Enhanced communication capabilities offered through MCU70, MCU200, and MCU300.

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TBS Crossfire™ 868MHz/915MHz-

The Team BlackSheep (TBS) Crossfire is a long-range, low-latency radio control system designed for unmanned vehicles and FPV (First Person View) flight. Known for its reliability and performance, Crossfire operates on the 900 MHz ISM band, providing unparalleled control for UAVs, UGVs, and other unmanned systems. Built with advanced RF technology, TBS Crossfire ensures long-distance operation, robust signal integrity, and adaptive capabilities in various environments, making it ideal for both hobbyist and commercial applications.

Frequency Range: 868 MHz (EU) / 915 MHz (USA), ensuring global compatibility and compliance with regional regulations.
Transmission Power: Capable of up to 2W of transmission power, which allows for extreme range while maintaining a stable control link, even in challenging terrains or RF-dense environments.
Low Latency: Optimized for high-speed data transfer with ultra-low latency (as low as 4ms), providing fast and responsive control, essential for precision UAV maneuvers and real-time operations.
Adaptive Telemetry: The Crossfire system adjusts its data rate and transmission power dynamically, optimizing the signal quality based on distance, obstacles, and interference, providing consistent communication across long distances.
Range: Capable of operating over 50+ kilometers, depending on environmental conditions and setup, making it suitable for long-range drone operations and critical missions.

Key Features of TBS Crossfire:

Adaptive Long-Range Communication: Crossfire’s adaptive transmission system ensures robust connectivity, adjusting in real-time to environmental conditions and providing reliable control links even in highly challenging environments.
Frequency Hopping Spread Spectrum (FHSS): Advanced frequency hopping provides increased resistance to interference, ensuring secure and reliable communication links, especially in areas with congested RF signals.
Secure and Encrypted: With AES-256 encryption, Crossfire ensures that your control signals and telemetry data are secure, making it suitable for sensitive operations.
Compact & Lightweight: Designed to be portable and easy to integrate, the Crossfire module is lightweight and compact, ideal for use with UAVs, ground vehicles, and FPV rigs.

SmartAP AIRLink-

AIRLink stands for Artificial Intelligence & Remote Link. The unit includes cutting-edge drone autopilot, AI mission computer and LTE connectivity unit. Start your enterprise drone operations with AIRLink and reduce the time to market from years to months down to a few weeks.

FPV and Payload camera inputs, HD FPV camera included
3x-redundant vibration-dampened temp-stabilized IMU
Internet connectivity: Ethernet, Wifi, LTE 4G/5G
Sky-Drones Cloud connectivity and remote control
UTM integrated and BVLOS ready
Deploy your own apps

More info: https://sky-drones.com/airlink

Dragon Link System-

The Dragon Link radio system is a high-performance, long-range communication solution designed specifically for unmanned systems, offering excellent reliability and signal integrity. Known for its powerful transmission capabilities and robust frequency management, Dragon Link operates on the 433 MHz frequency band, making it ideal for UAVs, UGVs, and other unmanned platforms that require dependable control over vast distances. Whether for recreational drone pilots or professional operators, Dragon Link is engineered to handle challenging environments, giving you the control and data feedback you need for long-range missions.

Frequency Range: 433 MHz band, optimized for long-range communication with superior signal penetration and minimal interference.
Transmission Power: With up to 1.5W of transmission power, Dragon Link ensures consistent and reliable connectivity across extended ranges, capable of maintaining strong signal links in a variety of terrain and weather conditions.
Long-Range Capabilities: Capable of maintaining communication up to 100 kilometers (depending on the environment), Dragon Link excels in extended missions, making it a leading choice for long-distance UAV operations.
Low Latency: Engineered for high-speed communication, Dragon Link offers low-latency performance, allowing real-time control for precision operations.

Key Features of Dragon Link:

Extreme Long-Range Communication: With an operational range of up to 100 kilometers or more, Dragon Link is built for long-distance missions, providing highly stable and responsive control links, even in complex environments.
Multi-Channel Support: Dragon Link features multiple communication channels, ensuring flexibility and reducing interference from other devices in the same frequency band.
Robust Signal Penetration: Operating on the 433 MHz band, Dragon Link is designed to perform exceptionally well in areas with obstacles or dense RF environments, offering superior signal penetration through buildings, forests, and other obstructions.

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Triad RF Systems THPR1006-

Triad’s THPR series break performance barriers for MIMO radios and enable first-run link success. They eliminate the need to integrate stand-alone components for long range wireless links. Triad combines our high power RF sub-systems with a PicoRadio pMDDL2450 OEM core radio in a low SwAP package. The Triad High Power Radio (THPR) contains 20W bi-directional amplifier (BDA), the radio, RF filtering, and innovative SoC-based monitoring and controls, with real-time power measurements and link diagnostics. When paired with Airborne Innovations Antenna Tracker, get up to 30 miles / 48km in range.

COMMUNICATION LINK MATRIX

Check out the Desert Robotics COM Link Matrix to

view all our integrated radio / COM systems

Compatible / Available

Video Links

Clearview™ HD Direct: High-Definition Video Link

The Clearview HD Direct video system offers real-time, high-definition video streaming for unmanned systems. Available in two versions—one operating at 5.8 GHz and another at 1.3 GHz—each version delivers up to 2 watts of output power, ensuring robust, long-range video transmission while maintaining crisp, low-latency feeds in dynamic environments.

Key Benefits:

Real-Time HD Video: Streams high-definition video directly from your unmanned system, providing clear and detailed visuals for enhanced situational awareness.
Low Latency Performance: Delivers real-time video with minimal delay, making it ideal for time-sensitive operations and precision control.
Robust Signal Transmission: Utilizes advanced signal processing and up to 2-watt transmission power to maintain video quality, even in environments with interference.
Frequency-Specific Options: Choose between the 5.8 GHz version for standard operations or the 1.3 GHz version for better performance in environments with heavy obstacles.

HDZero Digital Video System

The HDZero Digital Video System offers high-definition digital video transmission for unmanned systems. Delivering ultra-low latency and crisp, digital clarity, HDZero is ideal for missions where detailed, real-time visuals are critical. With robust performance across challenging environments, HDZero ensures reliable video links in dynamic scenarios.

Key Benefits:

Digital HD Clarity: Provides sharp, high-definition video for enhanced situational awareness and mission control.
Ultra-Low Latency: Transmits real-time video with near-instantaneous delay, ensuring precision during time-sensitive operations.
Reliable Performance: Maintains video quality and strong signal links in environments prone to interference or obstructions.
Multiple Frequency Options: Operates in both 5.8 GHz and 2.4 GHz, offering flexibility based on mission needs and environmental conditions.

Compatible / Available

software

FlytBase Drone Autonomy Software

FlytBase is a powerful platform designed to enhance drone operations through advanced fleet management, automated workflows, and seamless integration with various payloads. Ideal for mission planning and autonomous operations, FlytBase offers a comprehensive solution for both single and multi-drone setups. For Desert Robotics products, FlytBase is optimized to work with DJI systems like the DJI Dock 2 (DOC2), enabling enhanced capabilities for automated missions.

Key Features:

Cloud-Based Control: Manage and monitor your drones remotely through an intuitive cloud interface.
Automation: Execute pre-planned missions and repetitive workflows with minimal manual intervention.
Custom Integrations: Supports custom payloads and third-party software to meet unique operational requirements.
Real-Time Data: Access live telemetry, video feeds, and analytics for informed decision-making.
Multi-Platform Compatibility: Works seamlessly certain DJI systems, including the DOC2, and other Desert Robotics solutions.

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HDZero Digital Video System

Key Benefits:

Digital HD Clarity: Provides sharp, high-definition video for enhanced situational awareness and mission control.
Ultra-Low Latency: Transmits real-time video with near-instantaneous delay, ensuring precision during time-sensitive operations.
Reliable Performance: Maintains video quality and strong signal links in environments prone to interference or obstructions.
Multiple Frequency Options: Operates in both 5.8 GHz and 2.4 GHz, offering flexibility based on mission needs and environmental conditions.

Compatible / Available

embedded pc

ENSURE SOFTWARE AND HARDWARE COMPATIBILITY WITH YOUR MISSION NEEDS. THE EMBEDDED PCS OFFERED ARE CUSTOMIZABLE FOR VARIOUS APPLICATIONS.

ENHANCED PC AND GPU OPTIONS ARE ALSO AVAILABLE TO MEET YOUR SPECIFIC REQUIREMENTS. CONTACT US FOR MORE INFORMATION!

OnLogic HX401 Intel Alder Lake Core i5

Recommended Applications

-Analog / Digital Radio Communications

-Post Data Processing

-Live Video / Sensors

Processor

Intel Alder Lake 28W i5-1250PE

Memory

Up to 32 GB SO-DIMM DDR5 4800

Storage

Up to 1TB M.2 2280 PCIe Gen4

Operating System

Windows / Linux Available

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OnLogic HX401 Intel Alder Lake Core i7

Recommended Applications

-Simultaneous Radio Communications

-Digital Amplifier / Tracking Systems

-High-Performance Data Processing

-Advanced Sensor Integrations

Processor

Intel Alder Lake 28W i7-1270PE

Memory

Up to 64 GB SO-DIMM DDR5 4800

Storage

Up to 2TB M.2 2280 PCIe Gen4

Operating System

Windows / Linux Available

Compatible / Available

antennas

– TRACKING ANTENNAS –
CHECK LOCAL LAWS & REGULATIONS AS SOME REGIONS MAY NOT ALLOW THE USE OR REQUIRE A HAM RADIO LICENSE AND FAA LICENSE TO OPERATE THE VARIOUS RADIO LINKS OFFERED ALONG WITH OPERATING DESERT ROTOR GCS
Desert Rotor Ground Control Stations Are Compatible With Antennas And Tracking Systems. Ask Us About Other Options!

Airborne Innovations Tracking Antenna

The R10 and R40 tracking antennas are compact and cost effective solutions for long range communications.

Airborne Innovations tracking antennas are typically supplied with integrated Picoradio datalinks, choose from 2.4 GHz MIMO, dual 900 MHz / MIMO, 1.8 GHz, 2.3 GHz, or the new Picoradio MIMO NX 900 / MIMO NX-Tri band 1.2 / 1.6 / 2.0 Ghz MIMO radios.

Other tracking antenna configurations are possible. Airborne Innovations also supports custom configurations and some radios from other manufacturers.

Optimum Solutions OS-TP Tracking Antenna

The OS-PT family of GPS Automatic tracking systems have been designed to provide GPS based positioning of high-gain antenna systems to support real time airborne video and telemetry transmission requirements.

The OS-PT-10/25/100 series utilizes a RS-485 communications protocol which provides several advantages over RS-232. RS-485 allows communication over longer lengths of cable (1000 feet) and enables the ability for networking multiple nodes. Multiple trackers can be controlled over the same cable. One cable assembly with a total of four wires (two for power; two for communication ) is required to operate the RS-485 / RS-232 tracking system.

Compatible / Available

field acessories

Check out the growing list of Field Accessories available to go with your Ground Control Station(s).

Utilize these exclusive accessories to enhance your flight experience in any location.

RUGGED FIELD STAND

Sturdy, light, and tough, our custom fully collapsible field stand is custom designed for MIRA X for heavy duty quick deployment in the most remote and rugged locations.

Designed by the highly skilled Desert Robotics team in collaboration with our world class clients we bring you our latest field accessory. Heavy duty legs mounted under the field stand for quick access and setup. Drop the Pelican 1510 into the stand , turn on the GCS and start your commercial unmanned operations in the most rugged of locations.

Available in Desert Gold and Midnight Black

GCS PANOVIEW

Go wide with our 15.6” mounted panoview anti-glare hd monitors!

· 60hz · 1920 x 1080 · ips lcd · mini hdmi / usb c.

Equip 1 or 2 at any time to expand view + workspace.

*Store Dual PanoView Displays in a Single, Lightweight Pelican Vault Case!*

The VESA Swivel Mount Design Allow For Full 360 Degree Rotation, Allowing Dual Pilot Operations.

Compatible / Available

battery / power

MIRA X is designed with parallel battery ports for Li-Ion, LIFE and LIPO packs. We recommend at least 4 cells and 5200mAh. Ample room in battery bay for custom packs!

U.S. Domestic shipping available. Contact us for worldwide shipping inquiries.

Standard 6,600 mAh Li-Ion Battery

Our standard GCS Battery. Estimated 2-3 hour runtime depending on GCS configuration / radios.

Battery: Li-ion Battery: 14.8V 6.6Ah (97.68Wh, 6A rate)
Voltage: 14.8V (working) 16.8V ( peak) 11.0V ( cut-off)
Capacity: 6600 mAh min. (97.68 wh)

Enhanced 10,500 mAh Li-Ion Battery

For further increased GCS runtimes, larger 10.5 Ah Li-Ion battery packs can be purchased. These packs are the same size as our 6.6 Ah packs and will fit the existing battery mounts.

Battery: Li-ion Battery: 14.8V 10.5 Ah (151.2 Wh, 10A rate)
Voltage: 14.8V (working) 16.8V ( peak) 11.0V ( cut-off)
Capacity: 10,500 mAh min. (151.2 Wh)

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BKPK delivers a resilient, composable energy platform purpose-built for the evolving demands of modern data centers, utilities and critical infrastructure.

Tenergy T320 Portable Power Station (10,250mAh Battery)

To achieve significantly longer GCS run times the Tenergy T320 Power Bank can be used to power MIRA X. The increased 10,250mAh will power MIRA X for an estimated 3-5 hours depending on GCS configuration.

Provides up to 300 watt-hour of mobile power
4 ways to recharge: MPPT solar panel, USB-C, AC outlet, Car Port
Protections against overloading, over discharging, overcharging, overheating, and short circuits

Tenergy T600 Portable Power Station (40,500mAh Battery)

To achieve significantly longer GCS run times the Tenergy T600 Power Bank can be used to power MIRA X. The increased 40,500mAh will power MIRA X for an estimated 6-9 hours depending on GCS configuration.

600Wh energy storage powered by LiFePO4 cells designed for 2000+ charge/discharge cycles
5 ways to recharge: MPPT solar panel, USB-C, AC outlet, Car Port, 2x fast speed combining AC outlet and USB-C ports
Protections against overloading, over discharging, overcharging, overheating, and short circuits

When using a power bank, use the GCS power supply. Do not plug the power bank into Anderson battery ports on MIRA X

BKPK modular batteries can be used for mobile power on Desert Rotor ground control stations, enabling longer runtime and field operations in remote or power-constrained environments than traditional batteries.

Energy storage: ~8 kWh total capacity (modular battery packs)
Max power output: ~14-15 kW peak delivery
Maximum current: Up to ~60 A output
Cycle life: Designed for ~4,000 cycles (~10+ years)
Ruggedness: IP67 rated and built to MIL-STD-810H for waterproof and drop-proof performance
Power electronics: Uses custom GaN (Gallium Nitride) components for efficiency and performance

GCS power supply is included with both MIRA X and COMMAND XD. Li-Ion battery charger is included with MIRA X

GCS Power Supply

AC/DC switching power supply adapter is fully regulated and useful for any application requiring UL/CUL/CE/ROHS/CEC approval and 120 Watts or less

MIRA X & COMMAND XD come with a 18V AC/DC Power Supply for outlet power

Li-ion-EZ-Charger

Smart battery charger designed to charge 14.8V Li-Ion/Polymer battery. It use delta-V technology to monitor and control the charging process.

CCCV charging mode, and power off when battery voltage reaches 16.5V.
Charge time = (Ah rate of the pack x 1.5) / 1.8A charge current

U.S. Domestic shipping available. Contact us for worldwide shipping inquiries.

MIRA X

Next Generation Mobile GCS Platform by Desert Robotics Pilot and manage your unmanned vehicles/designs with our professional and powerful Ground Control Stations. Compatible with Analog Radios, Digital IP Radios, Autopilots and your vehicle designs!

MIDNIGHT BLACK

HUNTER GREEN

DESERT GOLD

build your gcs!

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RUGGED FIELD STAND

GCS PANOVIEW

Compatible / Available

Next Generation Mobile GCS Platform by Desert Robotics
Pilot and manage your unmanned vehicles/designs with our professional and powerful Ground Control Stations.
Compatible with Analog Radios, Digital IP Radios, Autopilots and your vehicle designs!