Ford Super Duty is entering a new role beyond commercial work and heavy towing as Ford adapts its flagship heavy-duty pickup for the U.S. Army’s Infantry Squad Vehicle-Heavy (ISV-H) program. The military prototype is designed to transport troops, carry mission equipment, and supply onboard electrical power for modern battlefield operations.
Rather than developing a purpose-built military vehicle from scratch, Ford has chosen to build on the proven F-Series Super Duty platform. The approach combines the durability of an existing heavy-duty pickup with military-specific modifications, creating a vehicle capable of supporting modern combat operations while benefiting from an established production and service network.
If selected, the program could become one of Ford’s largest military truck contracts in recent years.
Ford Super Duty Advances to U.S. Army Prototype Testing
The U.S. Department of Defense has awarded prototype contracts to Ford, GM Defense, and BC Customs to develop heavy tactical truck prototypes for evaluation.
Each company will build three ISV-H prototypes, allowing the Army to compare capability, reliability, maintenance requirements, and operational performance before making a production decision.
Ford’s prototype is based on the F-Series Super Duty chassis, using its heavy-duty frame, proven powertrains, and commercial truck architecture as the foundation. Instead of focusing on consumer-oriented features, the military version prioritizes payload capacity, durability, onboard electrical generation, and mission adaptability.
The Ford Super Duty platform gives engineers a proven heavy-duty foundation while reducing development time through the use of existing production components.
The Army is expected to purchase more than 600 vehicles, making the competition one of the most significant military truck procurement programs currently underway.
Ford Super Duty Faces Competition from GM Defense
Ford faces strong competition from GM Defense, which has entered the program with a hybrid version of the Chevrolet Silverado HD.
The hybrid system gives GM’s prototype the ability to operate for limited periods in near-silent electric mode, an advantage during reconnaissance or missions where reduced engine noise is important.
Ford’s strategy focuses on leveraging the proven capability and reliability of the Super Duty platform while integrating advanced power-generation systems required for modern military operations.
The outcome will depend on how each prototype performs during Army testing across durability, mobility, electrical capability, and long-term maintenance.
Ford Super Duty Must Meet Strict U.S. Army Performance Standards
The Infantry Squad Vehicle-Heavy program includes detailed operational requirements that go beyond simply transporting personnel.
According to the Army’s specifications, each vehicle must:
- Travel 250 miles using only three-quarters of a fuel tank
- Complete an additional 62-mile mission profile over eight hours
- Carry infantry soldiers and mission equipment across challenging terrain
- Provide reliable onboard electrical power for battlefield systems
- Support simplified maintenance and field repairs
These requirements are intended to ensure the truck can operate for extended periods while reducing logistical demands during deployments.
Mobile Power Generation Is a Key Requirement
One of the most significant differences between the new ISV-H and traditional military trucks is its role as a mobile power source.
Modern military operations increasingly rely on:
- Communications equipment
- Tactical radios
- Surveillance sensors
- Drone charging systems
- Mobile command centers
- Electronic battlefield equipment
To support these systems, the Army requires each vehicle to deliver substantial exportable electrical power.
Program requirements include:
- Up to 60 kW of continuous high-voltage DC output
- Approximately 15 kW of continuous 28-volt DC power
- Around 4.8 kW of continuous 120-volt AC power
This effectively transforms the truck into a mobile generator capable of supplying electricity to equipment in remote locations without requiring separate power units.
Super Duty Platform Provides a Strong Foundation
Ford’s military prototype benefits from the F-Series Super Duty’s established engineering.
The heavy-duty pickup already offers:
- Reinforced ladder-frame construction
- Heavy-duty suspension components
- High payload capacity
- Strong towing capability
- Proven gasoline and diesel engine options
By adapting an existing commercial platform, Ford can focus development on military-specific equipment such as reinforced suspension tuning, electrical export systems, communication hardware, and mission accessories instead of designing an entirely new vehicle.
Using a production-based truck may also simplify future servicing and parts availability throughout the vehicle’s operational life.
The Ford Super Duty also benefits from a mature supply chain, making replacement parts and long-term maintenance more practical for military operators.
Built for Reliability and Field Repairs
A major focus of the Infantry Squad Vehicle-Heavy (ISV-H) program is long-term reliability in demanding environments.
Unlike many modern vehicles that rely on proprietary software and manufacturer-only diagnostics, the Army wants a platform that can be repaired quickly in the field. The program emphasizes open diagnostic systems, easier access to vehicle data, and support for right-to-repair principles.
This approach allows military technicians to diagnose faults, replace damaged components, and return vehicles to service without depending on specialized factory tools or restricted software access.
For military operations where downtime can affect missions, easier maintenance is considered just as important as performance.
Civilian Engineering Helps Reduce Costs
Ford’s decision to base the ISV-H on the F-Series Super Duty offers several logistical advantages beyond durability.
Because the truck shares many components with a high-volume production vehicle, replacement parts, service procedures, and technical expertise are already widely available.
Key components expected to benefit from existing production include:
- Engines
- Transmissions
- Suspension parts
- Electrical systems
- Sensors
- Chassis components
Using an established commercial platform can help reduce long-term operating costs while simplifying maintenance throughout the vehicle’s service life.
Designed for Modern Battlefield Operations
Today’s military vehicles are expected to do far more than transport personnel.
The ISV-H is being developed as a multi-role tactical platform capable of supporting a wide range of operational tasks.
Potential missions include:
- Transporting infantry squads
- Carrying weapons and mission equipment
- Supplying power to communication systems
- Charging unmanned aerial systems (drones)
- Supporting mobile command posts
- Providing electricity during humanitarian and disaster response missions
The combination of heavy-duty capability and onboard power generation reflects the increasing importance of electrical systems in modern military operations.
Throughout testing, the Ford Super Duty will be evaluated for durability, mobility, onboard electrical performance, and reliability alongside competing prototypes.
Ford Super Duty Awaits Final U.S. Army Contract Decision
Although Ford has advanced to the prototype phase, the competition is still ongoing.
The Army will evaluate vehicles submitted by Ford, GM Defense, and BC Customs through extensive testing that examines durability, reliability, mobility, maintenance requirements, and electrical performance under operational conditions.
Following the evaluation process, one manufacturer is expected to receive a production contract covering more than 600 tactical vehicles.
Winning the contract would significantly expand Ford’s military vehicle portfolio and demonstrate how commercial truck platforms can be successfully adapted for defense applications.
Ford Super Duty Could Become the Army’s Next Tactical Truck
The Ford Super Duty has long been known for heavy towing, commercial work, and industrial applications. The ISV-H program shows how that same platform can be adapted for military use without abandoning its proven engineering foundation.
By combining robust chassis construction, established powertrains, and advanced electrical capabilities, Ford aims to deliver a tactical vehicle capable of supporting the Army’s evolving operational requirements.
As military vehicles continue to incorporate more electronic equipment and autonomous systems, platforms capable of supplying dependable onboard power are likely to become increasingly important. Whether Ford ultimately secures the production contract remains to be seen, but the Super Duty has already demonstrated that it can serve as the foundation for far more than a conventional heavy-duty pickup.
If selected, the Ford Super Duty will become one of the U.S. Army’s newest tactical vehicles while demonstrating how a commercial heavy-duty pickup can be successfully adapted for military service.
Frequently Asked Questions
What is the Ford Super Duty ISV-H?
The Ford Super Duty ISV-H is a military prototype based on the F-Series Super Duty, developed for the U.S. Army’s Infantry Squad Vehicle-Heavy program.
How many ISV-H vehicles could the Army purchase?
The U.S. Army is considering a production order of more than 600 vehicles, depending on the outcome of prototype testing.
Which companies are competing for the ISV-H contract?
The prototype program includes Ford, GM Defense, and BC Customs, with each company supplying three evaluation vehicles.
What makes the ISV-H different from a standard pickup truck?
The ISV-H is designed for military operations, featuring troop transport capability, onboard power generation, field-serviceable systems, and equipment for modern battlefield missions.
Why is onboard electrical power important?
The vehicle is designed to supply electricity for drones, communications equipment, sensors, command systems, and other electronic devices used during military operations.
Also Read: 2028 Mercedes-Benz GLA Revealed with Electric and Hybrid Powertrains
