Reduce Complexity
One integrated solution for multiple site needs.
Engineering Mobile Infrastructure
HOW WE ENGINEER YOUR RECON RIG FOR POWER
Every deployment is different. We engineer each Recon Rig around your power requirements, operational goals, towing capacity, and workforce needs.
Engineering Priority
Power-first design
Load requirements shape the full system architecture.
Engineering Priority
Mission-configured
Workspaces, support amenities, and security are added with intent.
Engineering Priority
Towing-aware engineering
Capacity, payload, and deployment realities stay in balance.
Start With The Foundation
Built on a Commercial-Grade Foundation
Every Recon Rig begins with a heavy-duty chassis designed for real-world deployment. We start with the frame, axles, suspension, braking systems, and payload capacity before designing the power system or workspace.
Reinforced Frame
Heavy-Duty Axles
Commercial Running Gear
Off-Road Capable Suspension
Integrated Generator Compartment
Designed Around Payload Capacity
Power Drives The Design
Power Requirements Come First
Every deployment begins with understanding your power requirements. Whether supporting a construction site, remote operation, event, emergency response mission, or mobile command center, the power system is engineered around the loads you need to support.
Selected Requirement
30 kW
Balanced capability
Expanded storage, larger inverter capacity, and higher-output charging strategy.
Tools
HVAC
Crew support
Scaling Logic
Battery storage expands to handle cycling, runtime, and quieter operation.
Generator integration is sized for charge recovery and continuous support.
Distribution architecture grows to support more circuits and operating zones.
Cooling, controls, and monitoring scale with complexity to keep the system easy to operate.
Intelligent Energy Architecture
The Right Balance of Battery Storage and Generator Power
Every Recon Power Rig is engineered around battery storage and intelligent generator integration. Shore power connectivity and solar charging can be incorporated when project requirements call for them.
The goal is simple: deliver reliable, efficient, easy-to-operate power systems tailored to each deployment.
System Layer
Generator Charging
Generator output is integrated as a controlled charging source sized around required runtime and recovery speed.
System Layer
Battery Storage
Energy storage stabilizes delivery, reduces unnecessary generator runtime, and supports quieter operation when appropriate.
System Layer
Inverter / Charger
Intelligent conversion and charging equipment manages incoming sources, stored energy, and outgoing AC power.
System Layer
Automatic Transfer Switch
Automatic source selection keeps the system practical in the field and simple for crews to operate.
System Layer
Power Distribution
Circuits are configured around the equipment, spaces, and operating priorities that matter to your deployment.
System Layer
Shore Power (Optional)
When fixed utility power is available, the rig can be configured to connect, charge, and support operations from shore input.
System Layer
Solar Charging (Optional)
Solar can be integrated as a supplemental charging source when the use case benefits from it, without positioning it as the primary system driver.
Remote Monitoring Dashboard
Connected to the entire system
Power sources, battery storage, charging, distribution, and system health are tied back to a single monitoring layer so operators can understand performance at a glance.
Monitor Everything
Real-Time Visibility and Control
Monitor power consumption, battery status, generator operation, charging activity, and system performance through an intuitive dashboard accessible from anywhere.
Remote Operations Dashboard
Field system snapshot
Online
Last updated 8s agoBattery State of Charge
82%
98 / 120 kWh
Target window stable
Generator Status
Standby
Auto-start at 30%
Power Consumption
6.4 kW
Current demand
Solar Input
+3.2 kW
Array feeding battery
Net Battery Flow
−3.2 kW
Slow discharge — solar offsetting load
Runtime Estimate
~31 hrs
On battery at current load
Fuel Level
74%
~11 hrs reserve runtime
Days Off-Grid
6
No grid connection needed
Connectivity
Starlink Online
Signal strong
Security
4 / 4 cameras online
Perimeter clear
Battery Temp
78°F
Thermal nominal — cooling active
Site Conditions
91°F / Dust
Filtered ventilation active
System Alerts
1 notice
No critical faults
Configure Your Infrastructure
Interiors
Each build is assembled from configurable infrastructure modules so customers can visualize how power, workspace, connectivity, security, and workforce support combine into one complete solution.
Jobsite Office Space
Climate-Controlled Break Areas
Starlink Internet Connectivity
Charging Stations & Power Distribution
Crew Support Amenities
Water Refill Station
Lockable Tool & Equipment Storage
Cameras & Remote Monitoring
Modular Configurations
Outcomes, Not Features
Results That Matter
Engineering mobile infrastructure that improves operations in the field.
Support Your Workforce
Comfortable, functional crew environments designed with hydration stations, climate-controlled environments, and medical kits.
Improve Security
Protect equipment, assets, and personnel with lighting, cameras, control, and visibility built into the platform.
READY TO BUILD
Let's Engineer The Right Rig
Tell us about your project, power requirements, operational goals, and towing vehicle.
We'll design a Recon Power Rig configured around your mission.