AMI Global Security
Sourcing Military Tail Lights for Blackout Operations

Industry: Defense Contracting — Vehicle Upfit / Logistics Support

Location: New York

Challenge: A time-critical vehicle upfit program required military tail lights that provided stop, tail, and turn functions with no visible light output for blackout operations and night-vision compatibility.

Solution: We supplied 940 nm infrared tail/stop/turn tail lights for Phase 1 (50 vehicles) and provided a demonstration set of infrared headlights (high/low) to support Phase 2 evaluation.

The Challenge: Blackout Operations Required Tail Lights with No Visible Output

AMI Global Security, a New York-based defense contractor, was managing sourcing and logistics for a vehicle upfit program with strict installation scheduling requirements. Phase 1 of the program involved outfitting 50 vehicles on a firm schedule tied to installation windows.

The program requirement was not standard visible rear lighting. It required military tail lights that could operate in blackout conditions while maintaining the functional behaviors that crews and integrators depend on: tail/running, brake/stop, and turn signaling.

To meet blackout requirements, the rear signaling solution had to produce no visible light output while still being compatible with night-vision devices. The program specified an infrared solution in the 940 nm range, with the expectation that the IR output could be used for night-vision operations.

With deadlines in place, any sourcing disruption would not simply delay a shipment. It would delay installation work, disrupt scheduling, and introduce program risk.

Why They Couldn’t Just Use Standard Visible Tail Lights

In many vehicle projects, the obvious solution would be to source a rugged visible tail light. In blackout and night-vision programs, that approach does not meet the mission requirement.

• Visible light defeats blackout operations. Standard tail lights emit visible light, which is not acceptable in blackout use cases. Even standard infrared lights commonly available on the market are tuned for 850nm, which produces a red glow visible to the naked eye.

• Function still matters Even when operating in blackout mode, the program still required standard rear signaling functions: stop, tail, and turn.

• Night-vision compatibility is specification-driven The program required IR output in a specified wavelength range rather than a generic lighting substitution.

• Schedule risk is real When installation is tied to windows, late components create downstream delays that can be costly and difficult to recover.
  

This project required an IR blackout-capable solution that met the functional requirement while supporting installation scheduling.

The Solution

We supported AMI Global Security by supplying the program-specified military tail lights required for Phase 1. Specifically, we supplied infrared rear signaling lights designed to cover stop, tail, and turn functions with IR output specified at 940 nm.

Phase 1 scope was 50 vehicles.

To support continuity planning beyond Phase 1, we also provided one demonstration set of infrared headlights with high and low beam capability. This demonstration set supported evaluation for a potential Phase 2, without distracting from Phase 1 execution.

We did not publish part numbers, NSNs, vehicle platform identifiers, or end-client details due to program confidentiality.

Timeline and Coordination

This was a schedule-driven project. The practical success factors were not only the product type but also predictable delivery and communication. Downtime for these vehicles to be upfitted for night operation was costly, and any deviation from schedule reduces fleet capacity and operations.

We aligned the supply approach to the installation timeline by confirming requirements at a procurement level, providing clarity on lead times, and maintaining consistent communication so the contractor could plan installation work without last-minute surprises.

Why Infrared (940 nm) Military Tail Lights Were the Right Choice

• No visible light output for blackout operations The requirement was blackout capability, which requires avoiding visible light output while still providing the required rear signaling functions. Commercially available 780 nm and 850 nm infrared lights were not acceptable.

• Night-vision compatibility The program specified IR output at 940 nm to support night-vision operations where IR light is intended to be viewed with night-vision devices.

• Standard rear signaling functions retained The supplied solution was aligned to stop, tail/running, and turn requirements so vehicles could maintain expected signaling behavior within the program constraints.

• Phased rollout support The solution supported Phase 1 delivery at scale and included a demonstration headlight set to enable Phase 2 evaluation without interrupting the primary rollout. With Phase 2 rollout expected for late 2026 rollout.

• Schedule risk reduced through predictable sourcing In upfit programs tied to installation windows, on-time sourcing and clear communication reduce cascading delays.

The Results

The project supported a time-critical Phase 1 vehicle upfit program with an IR blackout-capable rear signaling solution.

• Phase 1 supported at scale IR tail/stop/turn lighting was supplied for a 50-vehicle rollout.

• Blackout requirement addressed The supplied lighting aligned to the requirement for no visible light output in blackout operations.

• Night-vision compatibility supported 940 nm infrared output was used as the program-defined approach for night-vision operations.

• Phase 2 evaluation enabled A demonstration set of IR headlights (high/low) was supplied to support evaluation for potential follow-on phases. Phase 2 rollout is scheduled for late 2026.

• Schedule continuity maintained Consistent communication and delivery planning reduced the risk of installation schedule disruption.
  

This case study demonstrates that in blackout and night-vision programs, military tail lights are a specification-driven component. Success depends on meeting the functional requirement, respecting confidentiality constraints, and supporting the rollout timeline.

Why Blackout and Convoy Lighting Requirements Exist

Blackout and night-vision compatible lighting requirements are common in military and defense-adjacent vehicle programs where visible light must be minimized.

1. Blackout operations require controlling visible signatures In certain operations, visible light can be unacceptable, so lighting solutions are designed to minimize or eliminate visible output.

2. Night-vision systems use infrared light IR lighting can be used with night-vision devices to enable visibility while maintaining blackout conditions.

3. Standard vehicle lighting still has functional requirements Programs often still require rear signaling functions like stop, tail, and turn, even when operating in blackout modes.

4. Procurement is often phased and schedule-driven Vehicle upfit programs commonly work in phases tied to installation windows, making delivery timing a key success factor.
   

These factors are why IR military tail lights are often sourced as program-specific components rather than off-the-shelf visible tail lights.

Frequently Asked Questions

What are blackout tail lights?

Blackout tail lights are designed for situations where vehicles must operate without visible light output. They are often used in programs that require signature control while still maintaining required signaling functions.

What is a convoy light?

A convoy light is a rear lighting function used to support vehicle spacing and visibility within a convoy under controlled conditions. The exact behavior and requirements depend on the program and vehicle platform.

Are military vehicles typically 12V or 24V?

Many military and tactical platforms use 24V electrical systems, but requirements vary by vehicle and platform. Voltage should be confirmed from the vehicle and program documentation.

What should buyers confirm before ordering military tail lights?

Buyers should confirm required functions (stop, tail, turn), the blackout and night-vision requirements, the specified IR wavelength if applicable, system voltage of the vehicles, quantities by phase, and the required delivery timeline.

Can IR tail lights be used as normal on-road tail lights?

IR tail lights are typically intended for controlled or program-specific use cases. Whether a vehicle requires visible lighting for public roads depends on the vehicle’s requirements and applicable regulations.

Key Takeaways

• Military tail lights can be specification-driven. Blackout and night-vision requirements often define the product type more than general “rugged lighting” considerations.

• Blackout means no visible output Standard visible tail lights do not meet blackout requirements.

• Function still matters Programs often require stop, tail/running, and turn functions even in blackout-capable solutions.

• IR wavelength requirements should be explicit This project used 940 nm IR as the program-specified approach for night-vision compatibility.

• Phased rollouts make timing critical Installation windows and phased upfits turn late components into schedule risk.

Infrared military tail lights are a standard solution category for blackout and night-vision vehicle programs when the requirement is controlled visibility without visible light output.. To learn more about solving military lighting challenges, contact Sanzo Sales.