LKAV 1422 Professional Industrial Portable UAV Ground Control Station – Outdoor UAV/USV/UGV Command & Control Terminal

Description

LKAV 1422 Professional Industrial Portable UAV Ground Control Station – Outdoor UAV/USV/UGV Command & Control Terminal

Professional Industrial Portable UAV Ground Control Station Product Overview:

The SoarApex LKAV1422 Professional Industrial Portable UAV Ground Control Station is a professional-grade portable command and control terminal engineered for outdoor unmanned system operations. Built around COFDM-based wireless communication architecture, this ruggedized Professional Industrial Portable UAV Ground Control Station integrates dual-stream telemetry and video reception with bidirectional data transmission capabilities. It serves as the central nervous system for Fixed-wing Platforms, Multi-rotor Drones, FPV & Specialized Platforms, and unmanned ground/surface vehicles operating in challenging field environments.

The LKAV 1422 Professional Industrial Portable UAV Ground Control Station consolidates video stream decoding, telemetry data parsing, and command transmission into a single handheld unit. Operators receive real-time video feeds and system status data from onboard devices while transmitting control commands for vehicle motion, pan-tilt-zoom camera positioning, water monitor articulation, lighting systems, alarm triggers, and emergency stop functions. Its dual-frequency architecture separates video and data streams to minimize cross-channel interference and maximize link reliability.

Core Communication Specifications of Professional Industrial Portable UAV Ground Control Station

• – Video Stream Frequency: 200-800 MHz (tunable)
• – Data Stream Frequency: 410-500 MHz
• – RF Output Power: 5W (data link) / 2W (video link)
• – Operational Range: 1-3 km LOS (line-of-sight)
• – Video Quality: High-definition with multi-format auto-adaptation
• – Display Modes: Single view and multi-view supported
• – Recording Media: TF-Card and USB mass storage (FAT32, max 128GB each)
• – Enclosure: Rugged ABS housing with aluminum alloy front panel

Professional Industrial Portable UAV Ground Control Station Control Interface Layout Front Panel Controls

The LKAV 1422 Professional Industrial Portable UAV Ground Control Station features an ergonomically arranged control surface with dedicated hardware interfaces for rapid operator response:

1. PTZ Zoom Knob: Clockwise rotation zooms out; counterclockwise zooms in.
2. Throttle Knob: 0-250 range mapping in communication protocol. Counterclockwise to end corresponds to value 0; clockwise to end corresponds to 250.
3. PTZ Enable Switch: Two-position hold switch. Up position permits all pan-tilt-zoom operations; down position disables PTZ functions.
4. Water Monitor Enable Switch: Two-position hold switch. Up position permits water monitor articulation; down position disables water cannon operations.
5. Water Monitor Pattern Switch: Three-position self-reset switch. Up position selects water curtain dispersion; down position selects direct stream column.
6. Remote/Manual Mode Switch: Two-position hold switch. Up position activates remote control mode; down position activates manual mode.
7. Illumination Switch: Two-position hold switch. Up position activates lighting; down position deactivates.
8. Preheating Switch: Two-position hold switch. Up position activates engine preheating; down position deactivates.
9. Vehicle Body Enable Switch: Two-position hold switch. Up position permits all vehicle motion operations; down position disables vehicle body controls.
10. PTZ Joystick: Two-dimensional universal joystick for pan-tilt positioning. Vertical axis: bottom-to-top maps to protocol byte values 0-250. Horizontal axis: left-to-right maps to protocol byte values 0-250.
11. Water Monitor Joystick: Two-dimensional universal joystick for water cannon articulation. Vertical and horizontal axes follow identical 0-250 protocol mapping.
12. Wiper Button: Self-reset button. Press to trigger wiper actuation on the pan-tilt unit.
13. System Reset Button: Self-reset button. Long press (approximately 1 second) resets the data acquisition and control system. The 4.3-inch data display restarts and re-enters the code-matching phase.
14. Screen Cut Button: Self-reset button. Press to cycle display pages on the 4.3-inch data screen.
15. Emergency Stop Button: Self-locking button. When pressed, all PTZ, water monitor, and vehicle body operations are forcibly disabled. Corresponding joystick axis values are forced to 125 (neutral position).
16. 4.3-inch Data Display: Capacitive touch screen displaying vehicle-end status data including engine RPM, coolant temperature, and configurable alarm thresholds. Interface navigation via screen cut button.
17. Transmit Indicator: Flashes at 100ms intervals during active data packet transmission.
18. Receive Indicator: Flashes upon successful parsing of received data frames.
19. USB Port: Video recording storage (FAT32, max 128GB). TF-Card takes priority when both media are present. Auto-overwrite oldest files when storage is full.
20. Fault Indicator: 1-second interval flash indicates video link disconnected; 2-second interval flash indicates data link disconnected; 100ms interval flash indicates code mismatch between remote terminal and transmitter (requires re-pairing); off indicates normal communication.
21. Communication Indicator: Flashes during active data transmission; steady off when transmission is idle.
22. Emergency Stop Indicator: Illuminates when emergency stop command is successfully issued to vehicle terminal.
23. Engine Indicator: Illuminates when engine RPM is non-zero.
24. Video Transmission Status Indicator: Red light indicates video transmission powered on; dual green flashing lights indicate active data transmission.
25. TF-Card Slot: Video recording storage (FAT32, max 128GB). Auto-recording begins upon power-on when TF-Card is inserted. Auto-overwrite oldest files when storage is full.
26. Reserved Button 1: Self-reset button, reserved for future expansion.
27. HDMI External Interface: Video expansion port outputting 1080P at 60Hz. Display content mirrors the local screen.
28. FM Box: Adjusts video transmission receiving frequency. Internal fixed-center-frequency filter generally eliminates the need for manual adjustment.
29. Reserved Button 2: Self-locking button with indicator light, reserved for future expansion.
30. Coulomb Counter: Displays real-time power consumption and remaining battery capacity.
31. Power Switch: Self-locking button with green indicator. Press to energize the entire control board.
32. Water Monitor Reset Button: Self-reset button. Press to command water monitor to return to home position.
33. PTZ Reset Button: Self-reset button. Long press (4 seconds) sets current PTZ position as preset. After successful setting, PTZ rotates right at constant speed. Short press returns PTZ to preset position.
34. Vehicle Body Joystick: Two-dimensional universal joystick for vehicle motion control. Vertical axis: bottom-to-top maps to protocol byte values 0-250. Horizontal axis: left-to-right maps to protocol byte values 0-250.
35. Vehicle Ignition Knob: Two-position rotary switch. Off-to-power-on is self-locking; power-on-to-start is self-reset. Power-on position energizes vehicle systems; start position cranks the engine.
36. Rear Panel Interfaces
37. Data Transmission Antenna Port: Standard N-type female connector for suction-cup or pin-type antenna mounting. Data transmission frequency: 490 MHz plus or minus 10 MHz.
38. Firmware Upgrade Port: Dedicated interface for downloading control system firmware updates.
39. 12.1-inch HD Display: Primary video display panel. HDMI input for video image presentation.
40. 12V Charging Port: Three-pin aviation connector (pin 1: 12V positive, pin 2: 12V negative). Compatible with SoarApex power adapter.
41. Video Transmission Antenna Port (Primary): Standard N-type female connector. Video transmission frequency: 580 MHz plus or minus 10 MHz. Antennas must be connected before power-on.
42. Video Transmission Antenna Port (Secondary): Standard N-type female connector. Video transmission frequency: 580 MHz plus or minus 10 MHz. Antennas must be connected before power-on.

Power-On Self-Check Sequence of Professional Industrial Portable UAV Ground Control Station

Upon power activation, the LKAV 1422 Professional Industrial Portable UAV Ground Control Station initiates an automated self-check and code-matching sequence:

• Phase 1 – Self-Check: The system verifies that PTZ enable switch, water monitor enable switch, and vehicle body enable switch are all in the down (disabled) position. It confirms that gimbal joystick, water monitor joystick, and vehicle body joystick axis values fall within the median range of 100-150. It validates that throttle knob value is below 15.
• Phase 2 – Code Matching: The system matches the customer code value and synchronizes the code between the remote control terminal and the transmitting terminal.
• Phase 3 – Normal Operation: Upon successful code matching, the control system enters operational state and the transmitter begins sending control data to the vehicle.

Professional Industrial Portable UAV Ground Control Station Application Domains

The SoarApex LKAV 1422 Professional Industrial Portable UAV Ground Control Station is deployed across multiple unmanned system disciplines:

• – UGV Surveillance: Remote patrol and perimeter monitoring of UAV Control Station assets and BVLOS Antenna Tracking System installations.
• – Firefighting Robotics: Command and control of firefighting UGVs equipped with water monitors, thermal cameras, and hazard detection sensors.
• – EOD Robotics: Precision manipulation of explosive ordnance disposal robots requiring fine motor control and real-time video feedback.
• – Unmanned Mining Vehicles: Teleoperation of autonomous mining equipment in hazardous underground or open-pit environments.
• – USV Operations: Surface vessel control for maritime inspection, environmental monitoring, and port security applications.
• – Industrial Inspection: Integration with UAV Industrial Solution platforms for infrastructure assessment and maintenance planning.

Why Choose the LKAV 1422 Professional Industrial Portable UAV Ground Control Station?

1. Dual-Frequency COFDM Architecture: Separated video (200-800 MHz) and data (410-500 MHz) channels eliminate co-channel interference, ensuring reliable telemetry transmission and video reception in complex RF environments.
2. Ruggedized Field Design: ABS housing with aluminum alloy front panel withstands vibration, dust, and temperature extremes encountered in outdoor UAV/USV/UGV operations.
3. Comprehensive Hardware Controls: Dedicated switches, joysticks, and knobs for every vehicle function eliminate menu-diving and enable sub-second emergency response.
4. Redundant Recording Systems: Dual-media recording (TF-Card and USB) with automatic loop overwrite ensures no mission-critical video evidence is lost.
5. Emergency Stop Integration: Hardware-level emergency stop with forced neutral positioning provides immediate vehicle immobilization independent of software state.
6. HDMI Video Expansion: 1080P 60Hz external display output supports multi-operator briefing rooms and command center integration.
7. Intelligent Fault Indication: Multi-mode LED fault reporting enables rapid diagnosis of communication link status without requiring display interaction.

Technical Specifications Summary of Professional Industrial Portable UAV Ground Control Station

• – Display: 12.1-inch HD primary screen + 4.3-inch capacitive touch data screen
• – Video Input: HDMI (1080P 60Hz)
• – Video Recording: TF-Card (max 128GB, FAT32) / USB (max 128GB, FAT32)
• – RF Power: 5W (data) / 2W (video)
• – Frequency Bands: Video 200-800 MHz; Data 410-500 MHz
• – Range: 1-3 km LOS
• – Antenna Connectors: N-type female (data x1, video x2)
• – Power Input: 12V DC via aviation connector
• – Enclosure: ABS housing + aluminum alloy panel
• – Storage: Auto-loop overwrite on both media types

For integration inquiries of Professional Industrial Portable UAV Ground Control Station and custom protocol development, please contact our engineering team.