Patrol the full feeder,
not just the substation.
While standard DJI Matrice 350 RTK operations achieve range dependent on environment and regulatory conditions, transmission-corridor interference can significantly reduce effective link performance. WirEng® extends the operational connectivity envelope, enabling single-operator feeder coverage from a mobile command position under real-world RF conditions.
No NERC-CIP re-vetting. No waiver re-file.
Controller slide-on interface connects to system. No firmware, no SDK, no software supply chain change. The DJI / Skydio fleet your utility already cleared stays cleared. The FAA BVLOS waiver you already hold stays valid.
- Non-invasive interface -- certifications and warranties still apply.
- No NERC-CIP supply-chain re-vetting
- FAA BVLOS waiver preserved (no airframe substitution)
- Existing AES-256 link-layer encryption untouched
Extended connectivity for
the platforms you already operate.
Install a WirEng® Drone Connectivity System to upgrade your current Mobile Command Center for seemless integration. Our systems are designed for many different operational requirements and field-verified across operator deployments.
What utilities teams
need from a Drone Connectivity Solution.
Continuous Feeder Visibility from a Single Field Position
Utilities teams need to inspect long distribution feeders without repeatedly repositioning their ground station as the drone moves along the corridor. In real-world transmission environments, terrain, vegetation, and infrastructure can degrade link stability over distance. A drone connectivity system enables a more persistent command-and-control environment from a single mobile staging point, reducing operational interruptions during linear asset inspection.
Reliable Connectivity in RF-Congested Infrastructure Corridors
Substations, urban edges, and industrial corridors introduce high levels of RF congestion that can impact telemetry and video stability. Utilities teams require a connectivity layer that maintains consistent link performance in these environments, ensuring uninterrupted inspection of critical assets such as transformers, switchgear, and distribution nodes even under heavy electromagnetic activity.
Mobile Command Operations for Field Crews
Utility inspections are often performed from trucks or mobile command vehicles positioned along rights-of-way. Teams need a system that turns the vehicle into a stable operational hub for drone control, allowing pilots to launch, track, and recover aircraft without relying on fixed infrastructure or repeated manual repositioning in the field.
Extended Operational Reach Across Distributed Infrastructure
Utility networks span large geographic areas including feeders, substations, substations-to-substations corridors, and remote infrastructure sites. Teams need a connectivity solution that extends operational awareness across these distributed assets from a single deployment point, enabling more efficient coverage of inspection routes and reducing time lost to relocation and setup cycles.
Real-world missions WirEng® systems support today.
Full-Feeder Power Line Inspection from a Single Staging Point
Utility crews use drone systems to inspect long transmission and distribution feeders for vegetation encroachment, conductor issues, and structural anomalies. WirEng® systems support these missions by enabling stable command, telemetry, and video from a mobile command vehicle positioned along the corridor, reducing the need for repeated repositioning as the inspection progresses along the line.
Large-Area Agricultural Monitoring and Crop Health Mapping
Agricultural operators deploy drones to assess crop health, irrigation performance, and field variability across hundreds of acres in a single operation. WirEng® systems support continuous aerial coverage from a fixed field position, allowing operators to maintain stable connectivity while the drone moves across large or segmented fields for mapping and analysis workflows.
Infrastructure Digital-Twin Capture for Bridges, Roads, and Ports
Inspection teams use drones to generate high-resolution photogrammetry and 3D digital twins of critical infrastructure such as bridges, highways, dams, and port facilities. WirEng® systems support these missions by maintaining consistent control and data links from a single deployment vehicle, enabling uninterrupted capture of complex structures without frequent repositioning or signal loss.
Systems engineered for
utilities missions.
MDC-OMNI-EB™
IAT™ omnidirectional symbiotic boosting Drone Connectivity System
QuadrAnt-REF-ACV™
Reflector-enhanced QuadrAnt-ACV™
DFS-DIR-EB™
Octuple directional boosting system for more distance and penetration
RadiAnt-ACV™
Active antenna with Active Gen4™ + IAT™
Bring resilient drone connectivity to your operation.
Talk to engineering.
48-hour response. RF engineers review every inquiry directly.
Get a consultationBecome a distributor.
One distributor per country. Margins locked. Direct engineering line from Houston.
Public Safety
Complete systems with slide-on RF interfaces for drastic range extension. Compatible with the DJI, Autel, and Parrot drones agencies already fly. No firmware or hardware modifications, no recertification, no controller or drone warranties void.
Tactical Operations
Complete Drone Connectivity Systems with slide-on interfacing for Blue UAS-listed fleets. Skydio X10D, Parrot ANAFI USA GOV, and Teal Black Widow without hardware or firmware mods or Section 848 re-attestation.
Industrial Inspection
Cover full transmission, pipeline, and wind corridors in one flight. Slide-on controller interface that doesn't invalidate your existing FAA BVLOS waiver.
Agriculture
Drone Connectivity Solutions for DJI Agras and many more. Comfortably sit inside your vehicle and reach up to four times more distance than with the controller alone.
Infrastructure
Single-flight digital-twin capture across bridges, dams, highways, and ports. No DOT or USACE airframe re-specification.
Security Operations
Radar-triggered drone response across the full perimeter, not just the gate. Slide-on RF extends coverage without disrupting AES-256 encryption or CJIS-compliant data workflows.