Modification of Command-and-Control Carrier Motor Track (CCC-MT) / M1165 HMMWV Retrofit Package / NBC-Protected Mobile Command Post / India

CCC-MT MODIFICATION · MOBILE COMMAND POST RETROFIT

Modification of Command-and-Control Carrier Motor Track (CCC-MT) — six subsystems, one M1165 HMMWV chassis.

Neometrix Defence Limited converts an M1165 Expanded-Capacity Vehicle (ECV) HMMWV chassis into a fully networked mobile command post — reinforced superstructure for antennas and masts, NBC-integrated environmental control, a dedicated command-centre module, redundant power management, bolt-on outer-body fitments, and a reconfigurable crew cabin, delivered as a turnkey defence systems integration programme.

Request proposal Delivered subsystems

Modification of Command-and-Control Carrier Motor Track CCC-MT — labeled engineering drawing showing antenna, mast, mast support frame, 3.5 kVA generator, IR based IFF light, night beacon, PTZ camera with mounting stand, and stairs

Fig · 01 Engineering concept drawing — modification component callouts (not a photograph)

Delivered Subsystems

Base Platform

M1165HMMWV

Air Purification

NBCfiltration

Power Backup

Redundantalternator + battery

Crew Cabin

Modularreconfigurable

Overview

A chassis becomes a command post.

The CCC-MT project transforms a proven HMMWV chassis into a fully equipped mobile command post for frontline operations.

Command and control carrier motor track modification CCC-MT — multi-view general arrangement drawing showing top, side and front views with dimensions

Fig · 02 Multi-view general arrangement drawing — top / side / front, with dimensions (not a photograph)

The Modification of Command-and-Control Carrier Motor Track (CCC-MT) transforms a standard expanded-capacity military vehicle chassis — the M1165 HMMWV — into a fully equipped mobile command post for frontline operations. The upgrade introduces six major subsystems: a reinforced superstructure for antennas, masts, armour and potential remote-weapon stations; bolt-on outer-body armour and fitments for mission gear; an advanced environmental control system with NBC filtration; a purpose-built command-centre module housing workstations, radios and displays; a robust electronics and power-management system with high-output alternators and battery backups; and a modular crew cabin configurable for operations, planning or rest.

These modifications collectively provide a protected, climate-controlled and ergonomically designed workspace for commanders and staff, enabling secure, uninterrupted voice, data and video communications. By leveraging a proven chassis platform while integrating mission-specific enhancements, the CCC-MT delivers resilience, adaptability and battlefield survivability, ensuring commanders can maintain situational awareness and decision-making capability alongside deployed forces.

Six subsystems. One chassis. A command post that moves with the front line.

Architecture

Six delivered subsystems.

Every subsystem of the CCC-MT modification is engineered to add command, communication and survivability capability without compromising tracked mobility performance.

Sub · 01

Superstructure Modification

Reinforced hull architecture sustains added command loads, with optimized roof and side panels for antennas, surveillance masts and electronic-warfare sensors, plus enhanced ballistic resistance.

Sub · 02

Outer Body Fitments

Custom external mountings for modular gear and tactical storage, with brackets for camouflage nets, field equipment and auxiliary communication arrays.

Sub · 03

Environmental Control & NBC Filtration

Advanced HVAC integrated with Nuclear-Biological-Chemical filtration supplies continuous, temperature-controlled air, with redundant, low-maintenance cartridge filtration units.

Sub · 04

Command Centre

Fully configured battle-management hub with multiple operator workstations, ruggedized displays, encrypted communication consoles and integrated data networking.

Sub · 05

Electronics & Power Management

Centralized power-distribution backbone with intelligent load prioritization, keeping communications and life-support systems running under electrical fault conditions.

Sub · 06

Modular Crew & Equipment Cabin

Adaptive interior layouts with configurable racks and panels, ergonomic seating, secured stowage, and noise/vibration dampening to reduce operator fatigue.

Engineering Drawing

Design documentation.

General arrangement drawing for the CCC-MT modification, available as PDF for procurement and technical review.

Drawing · Design 1

CCC-MT Modification — General Arrangement Drawing

PDF

Specifications

Delivered scope by subsystem.

Key parameters of the standard Neometrix CCC-MT modification programme.

Base Platform	M1165 Expanded-Capacity Vehicle (ECV) HMMWV chassis
Superstructure	Reinforced roof/side panels for antenna, mast and EW-sensor mounts; enhanced ballistic resistance and structural rigidity
Outer Body Fitments	External mountings for camouflage nets, field equipment and auxiliary communication arrays
Environmental Control	HVAC integrated with NBC filtration; redundant filtration units with cartridge replacement
Command Centre	Multiple ruggedized operator workstations, encrypted communication consoles, integrated data networking
Power System	High-output alternators, battery backup, intelligent load-prioritized power routing
Crew Cabin	Modular racks/panels, ergonomic seating, secured equipment stowage, noise/vibration dampening
Scalability	Modular electronics backbone allows future digital equipment and sensor integration without major redesign
Delivered By	Neometrix Defence Limited, turnkey defence systems integrator

Applications

Where it deploys.

The CCC-MT modification supports command, communication and crisis-response roles across defence and humanitarian operations.

A · 01Mobile battlefield headquarters, allowing commanders to operate close to frontline troops

A · 02Frontline command & control operations with continuous higher-HQ communication

A · 03Electronic-warfare and surveillance hub hosting antennas, masts and EW sensors

A · 04NBC-protected operations for crew survivability in contaminated environments

A · 05Communication and data-networking node for encrypted battlefield relay

A · 06Mobile crisis-response platform for disaster-relief command coordination

A · 07Tactical logistics and mission flexibility via reconfigurable crew cabin

A · 08Force protection and survivability under kinetic, electronic or environmental threats

A · 09Future technology integration — AI analytics, UAV/UAS control, added sensors

In Depth

The complete technical read.

Engineering narrative for programme managers and defence procurement teams evaluating the CCC-MT modification.

Introduction

The Command-and-Control Carrier Motor Track (CCC-MT) is a specialized armoured vehicle platform engineered to function as a mobile battlefield headquarters. In modern warfare, commanders must remain close to their troops while retaining full access to real-time communication, battle-management systems and secure decision-making tools. The CCC-MT bridges that gap by combining the rugged mobility of an armoured carrier with the advanced electronics and ergonomics of a command post.

Traditionally, platforms like the M1165 Expanded-Capacity Vehicle (ECV) HMMWV have been adapted for command roles, owing to their robust chassis, crew-protection measures and ability to host complex electronic suites. Neometrix Defence Limited undertook a significant step forward by transforming this carrier into a fully networked mobile command hub, with extensive modifications across structural, environmental, electronic and crew-centric systems to integrate modern warfare technologies with battlefield survivability.

The execution demanded not just engineering upgrades but also systems-level integration — marrying mechanical modifications with power-management, NBC protection and ergonomic command layouts. The result is a holistically upgraded platform, capable of sustained operations in hostile environments, with resilience against electronic, environmental and kinetic threats.

Technical Integration Highlights

Structural Engineering: reinforcements carried out without compromising tracked mobility performance.
System Architecture: command, HVAC, electronics and modular interiors interconnected through a centralized architecture.
Scalability: modular designs allow quick upgrades in line with evolving battlefield technologies.

Outcome

With these modifications, Neometrix Defence Limited delivers a new-generation Command and Control Carrier that provides operational mobility for commanders moving securely with frontline forces; situational dominance through integrated communication and control tools for real-time decision-making; NBC-protected, ergonomically safe crew workspace; and future readiness through a modular, scalable electronics backbone. The project establishes Neometrix's capability as a turnkey defence systems integrator, bridging mechanical engineering with battlefield digitization.

FAQ

Common questions.

Plain-language answers from the engineering team.

Q · 01 What is the Modification of Command-and-Control Carrier Motor Track (CCC-MT)?

The CCC-MT modification is a six-subsystem retrofit package engineered by Neometrix Defence Limited that converts an M1165 Expanded-Capacity Vehicle (ECV) HMMWV chassis into a fully networked, NBC-protected mobile command post for frontline battlefield operations.

Q · 02 What vehicle platform does the CCC-MT modification use?

The modification is built on the M1165 Expanded-Capacity Vehicle (ECV) HMMWV chassis, chosen for its robust structure, crew-protection measures and proven ability to host complex electronic suites.

Q · 03 What subsystems are delivered as part of the CCC-MT modification?

Six subsystems are delivered: superstructure modification, outer body fitments, an environmental control system with NBC air purification, a command-centre module, an electronics and power-management system, and a modular crew and equipment cabin.

Q · 04 How does the NBC-protected environmental control system work?

An advanced HVAC unit is integrated with Nuclear-Biological-Chemical (NBC) filtration, supplying continuous, clean, temperature-controlled air to the crew. Redundant filtration units with low-maintenance cartridge replacement support long-endurance missions in contaminated zones.

Q · 05 What command and communication capabilities does the CCC-MT add?

The dedicated command-centre module hosts multiple ruggedized operator workstations with encrypted communication consoles and integrated data networking, enabling several officers to plan, monitor and execute operations simultaneously.

Q · 06 How is power managed across the added electronic systems?

A centralized electronics and power-management system with high-output alternators and battery backup routes power intelligently, prioritizing communications and life-support systems even under electrical fault conditions, and is scalable for future digital equipment.

Q · 07 Can the crew cabin be reconfigured for different missions?

Yes. The modular crew and equipment cabin uses configurable racks and panels that can be reconfigured for operations, mission planning, liaison duties, or rest-mode layouts, with ergonomic seating and noise/vibration dampening to reduce operator fatigue.

Q · 08 Is the CCC-MT modification customizable?

Yes, Neometrix Defence Limited tailors the CCC-MT retrofit — including superstructure fitments, communication suites, and crew-cabin layout — to specific client operational requirements.

Q · 09 What after-sales support does Neometrix provide for the CCC-MT modification?

Neometrix provides project management, installation and integration support, and after-sales service as a turnkey defence systems integrator for the CCC-MT modification programme.

Q · 10 How can I get a quotation for the CCC-MT modification?

You can request a quotation for the Modification of Command-and-Control Carrier Motor Track (CCC-MT) by contacting Neometrix Engineering Pvt Ltd through https://neometrixgroup.com/products/modification-of-command-and-control-carrier-motor-track-cccmt or by phone at +91-7777-876-876.

Get a proposal

Tell us your platform
and mission requirements.

We scope the subsystem package, configure the command-centre and power architecture, and walk through integration and delivery timelines with your programme team.

Request proposal +91 7777 876 876

Modification of Command-and-Control Carrier Motor Track (CCC-MT) — six subsystems, one M1165 HMMWV chassis.

A chassis becomes a command post.

Six delivered subsystems.

Superstructure Modification

Outer Body Fitments

Environmental Control & NBC Filtration

Command Centre

Electronics & Power Management

Modular Crew & Equipment Cabin

Design documentation.

Delivered scope by subsystem.

Where it deploys.

The complete technical read.

Introduction

Technical Integration Highlights

Outcome

Common questions.

Tell us your platform
and mission requirements.

Similar Products

Share This Page

Modification of Command-and-Control Carrier Motor Track (CCC-MT) — six subsystems, one M1165 HMMWV chassis.

A chassis becomes a command post.

Six delivered subsystems.

Superstructure Modification

Outer Body Fitments

Environmental Control & NBC Filtration

Command Centre

Electronics & Power Management

Modular Crew & Equipment Cabin

Design documentation.

Delivered scope by subsystem.

Where it deploys.

The complete technical read.

Introduction

Technical Integration Highlights

Outcome

Common questions.

Tell us your platformand mission requirements.

Similar Products

Share This Page

Tell us your platform
and mission requirements.