ACTIVE
Bidirectional signal architecture designed around both transmit and receive paths.
THE PROFESSIONAL MOBILE DRONE COMMAND SYSTEM
ENGINEERED FOR
MOBILE DRONE
COMMAND.
MDC‑OMNI™ is an active, symbiotic bidirectional RF system engineered to establish an external omnidirectional interface for professional drone operations from inside command vehicles.
ACTIVE BIDIRECTIONAL SYSTEMTRUE OMNIDIRECTIONAL DESIGNPROFESSIONAL VEHICLE INTEGRATION
01 / THE CHALLENGE
COMMAND VEHICLES PROTECT PEOPLE.
THEY WERE NOT DESIGNED AROUND DRONE CONTROLLERS.
Operating a drone from inside an enclosed vehicle creates a distinct RF integration challenge. The operator needs the protection and functionality of the command environment while the control system needs an effective external operating position.
MDC‑OMNI™ was created specifically to address that requirement—not by simply moving an antenna, but by relocating the controller’s operational RF interface above the vehicle.
02 / THE INNOVATION
PROPRIETARY TECHNOLOGY PLATFORM
SYMBIOTIC
RF ARCHITECTURE™
Symbiotic RF Architecture™ is an active bidirectional design approach engineered to behave as a natural extension of the drone controller while establishing an external RF interface at the vehicle roofline.
Instead of treating the roof assembly as a passive antenna endpoint, the system is designed as an integrated relationship between controller, vehicle interface, external node and aircraft.
DISCUSS YOUR PLATFORM →01OPERATORDRONE CONTROLLER
02VEHICLE INTERFACESYMBIOTIC CONNECTION
03MDC‑OMNI™EXTERNAL RF INTERFACE
04AIRCRAFTCOMPATIBLE UAS PLATFORM
03 / SIGNATURE FEATURE
TRUE
OMNIDIRECTIONAL
OPERATION.
MDC‑OMNI™ is designed to emulate a drone controller at the roofline in all directions around the vehicle. This omnidirectional operating concept supports mission flexibility without requiring the vehicle to be oriented toward the aircraft.
360°OMNIDIRECTIONAL
DESIGN INTENT
DESIGN INTENT
04 / SYSTEM CHARACTERISTICS
ONE SYSTEM.
FOUR DEFINING PRINCIPLES.
SYMBIOTIC
An external RF interface engineered to function as a natural extension of the controller.
OMNIDIRECTIONAL
A roof-level operating concept designed to support missions in every direction around the vehicle.
INTEGRATED
Purpose-built for professional installation on larger command and specialty vehicles.
05 / COMPATIBILITY
BUILT AROUND PROFESSIONAL UAS OPERATIONS.
Broad controller compatibility
Designed for compatibility with many DJI platforms and other professional drone systems using compatible controller architectures. Specific models should be confirmed during system planning.
Larger mobile command environments
Intended for command vehicles, communications vehicles, emergency response platforms and other specialty vehicles with adequate roof area and integration space. Not intended for compact automobiles or small pickup trucks.
06 / MISSION APPLICATIONS
DESIGNED FOR THE TEAMS
OPERATING WHEN IT MATTERS.
PUBLIC SAFETY
Mobile command environments for coordinated UAS response.
FIRE & RESCUE
Protected operator workspaces supporting field awareness.
EMERGENCY MANAGEMENT
Vehicle-based drone operations during complex incidents.
UTILITIES
Professional mobile platforms for inspection and response teams.
INFRASTRUCTURE
Integrated UAS operations from specialty fleet vehicles.
INDUSTRIAL
Purpose-built installations for demanding field workflows.
MDC‑OMNI™ / SYMBIOTIC RF ARCHITECTURE™
PUT THE RF INTERFACE
WHERE THE MISSION NEEDS IT.
REQUEST A DEMONSTRATION →07 / START A CONVERSATION
SEE MDC‑OMNI™
IN ACTION.
Tell us about your drone platform, vehicle and operating environment. We will follow up to discuss compatibility, installation requirements and the appropriate system configuration.
GENERAL INQUIRIESdroneantennasystems@gmail.comDrone Antenna Systems · WirEng® technology