NMX‑OMP‑01 / Rev 01 / EO Integration · CFE Model / Noida · India Capability Page

NMX-OMP-01 · UNDER CONTRACT — INDIAN DEFENCE R&D

Optical systems on mobile platforms. Integrated, powered, protected.

Name: Optical System Integration on Mobile Platforms
Brand: Neometrix

A precision optical payload wants a laboratory; a mobile platform gives it vibration, dust, heat and a moving horizon. Between the two stands the hardware — and that is our scope: design and manufacture of integration hardware, and integration of the customer’s optical system on the mobile platform. Mounting structures and machined alignment interfaces, platform power, payload thermal management, looms and EMC practice, interlocks and environmental protection — engineered as one system, and under contract today with an Indian defence research establishment.

Enquire — EO integration Capability sheet (PDF)

Representative render — mobile optical platform: light-grey semi-trailer with equipment shelter, levelling jacks on pads, and a two-axis gimbal pedestal carrying a fully shrouded optical payload

Fig · 01 Representative render of the platform class — not a contracted configuration

Payload Model

CFEcustomer-furnished optics

Design Practice

810/461MIL-STD class

Platform Classes

3semi-trailer · truck · shelter

Disciplines

5structure · power · thermal · control · EMC

Handover

I&Vintegrated & verified at site

ISO 9001 / 14001 Under contract — Indian defence R&D CFE integration model Vehicle-integrated systems across programmes Noida · India

Overview

Precision optics meet road-grade reality.

The optical payload is the easy part to admire and the hard part to carry. Everything it needs — a stiff, aligned mount, clean power, managed temperatures, protected cabling, a stable, levelled deck — is integration hardware. That is the product on this page.

Representative render — shrouded optical payload on a two-axis gimbal pedestal, machined mounting interface ring, cable service loop and blank connector panel on a platform deck

Fig · 02 Representative render — the payload stays covered and customer-furnished; the interfaces are ours

The engagement follows the customer-furnished-equipment model: the optical system — sensor, telescope, instrument — remains the customer’s, in specification and in custody. Neometrix designs and manufactures the integration hardware around it: the mounting structure and machined alignment interfaces it bolts to, the platform that carries it, the power that feeds it, the thermal system that holds its temperatures, the looms that connect it, and the interlocks that keep it safe.

Interfaces are frozen jointly with the customer’s designers, the hardware is built and factory-checked at our Noida works, and the platform is integrated and verified with the payload at site. The same discipline runs through our delivered vehicle-integrated systems — transportation modules, charging vehicles, mobile test facilities — now applied to precision electro-optics.

The payload is the customer’s. Everything that carries, feeds, cools and protects it is ours.

Under Contract · Defence R&D

An Indian defence research establishment

Design and manufacture of integration hardware, and integration of an optical system on a mobile platform, under contract with an Indian defence research establishment — scoped and engineered with the customer’s designers.

Pedigree · Vehicle Systems

Mobile systems are home ground

Transportation modules, oxygen and nitrogen charging vehicles, LOX vehicle systems and mobile test facilities — vehicle-integrated defence systems Neometrix has delivered across programmes, the platform discipline this scope builds on.

Engineered · To Practice

Military practice, verification before handover

Structures, power, thermal and looms designed to MIL-STD-810 / MIL-STD-461-class environmental and EMC practice, interface control held from freeze to integration, and the platform is proven with the payload before handover.

Architecture

One deck, every service the payload needs.

The block diagram below is the integration architecture — generic by design, because the real configurations belong to the customers who own them.

FIG · 03INTEGRATION ARCHITECTURE · PAYLOAD · SERVICES

Fig · 03 Integration architecture — customer-furnished payload on a precision interface, served by power, thermal, control and cabling subsystems

Arc · 01

Structure & Alignment

Payload mounting structures with machined interface rings and datum features, stiffness engineered around the payload’s pointing needs, levelling and stabilisation provisions to ground, and handling features for safe payload installation and removal.

Arc · 02

Power Generation & Distribution

On-board auxiliary power with distribution panels, conditioned and protected feeds to the payload and its electronics, earthing and bonding schemes, and clean segregation between platform services and payload power.

Arc · 03

Thermal & Environment

Payload thermal management sized to the payload’s dissipation and stability needs, sheltered and climate-managed electronics volumes, ingress protection, and transport covers and shrouds that keep optics safe between operating sites.

Arc · 04

Control, Looms & EMC

Connectorised cable looms with service loops for moving axes, interlocks and safety chains through the platform, EMI/EMC practice in routing, shielding and bonding, and interface panels engineered to the customer’s connector standards.

Holding an optical-platform or systems-integration requirement? Send it across — clause-by-clause compliance matrix within two working days · [email protected]

Send tender spec

Specifications

Reference scope, as engaged.

The scope below reflects how optical-platform integration is contracted. Configuration parameters are customer-specific by nature and are defined against each requirement — they are not published.

Full scope — expand

Product	Design & manufacture of integration hardware, and integration of optical systems on mobile platforms · customer-furnished payload model
Payload Model	Customer-furnished equipment (CFE) — the optical system remains the customer’s in specification and custody; interfaces frozen jointly under an interface control discipline
Platform Classes	Semi-trailer platforms · truck-mounted platforms · shelterised and containerised configurations · fixed-site adaptations of the same architecture
Structure	Payload mounting structures with machined alignment interfaces and datum features · stiffness engineered to the payload’s pointing and stability needs · handling provisions for installation and removal
Levelling & Stabilisation	Platform levelling provisions to ground with stabilisation appropriate to the payload class and operating sites
Power	On-board auxiliary power generation · distribution panels · conditioned, protected and segregated feeds to payload and electronics · earthing and bonding schemes
Thermal	Payload thermal management engineered to the payload’s dissipation and stability requirements · climate-managed electronics volumes
Control & Safety	Platform control provisions, interlocks and safety chains · emergency stops through the platform · state indication to the operating crew
Cabling & EMC	Connectorised looms with service loops for moving axes · interface panels to the customer’s connector standards · routing, shielding and bonding to EMI/EMC practice
Environment	Designed to military environmental and EMC practice (MIL-STD-810 / MIL-STD-461 class) · ingress protection · transport covers and shrouds for optics
Verification	Factory checks on integration hardware · integration with the payload · end-to-end verification with the customer before handover
Site Support	Installation, integration and verification at the customer’s site · documentation · training and post-handover support as contracted
Status	Under contract — an Indian defence research establishment · scoped and engineered against each customer’s requirement

PDF · 1 page

Optical Platform Integration — Capability Sheet

Tender Response

Send your specification — clause-by-clause compliance matrix

Variants

One architecture, any payload that points.

Requirements call this optical system integration, EO payload integration, mobile observation platforms, or instrumentation vehicles. The architecture flexes; the discipline does not.

Var · 01

The Contracted Scope

Integration hardware design and manufacture, plus integration of a customer-furnished optical system on a mobile platform — the engagement currently under contract with an Indian defence research establishment.

Var · 02

Platform Formats

Semi-trailer decks for the heaviest payloads, truck-mounted platforms for mobility, shelterised and containerised electronics volumes, and fixed-site adaptations of the same integration architecture.

Var · 03

Payload Classes

Electro-optical sensors and observation instruments, tracking and range-instrumentation optics, and test & measurement optical systems — integrated under the same CFE model with the payload owner’s designers.

Var · 04

Beyond the Payload

Turnkey mobile instrumentation platforms, operator cabins and control rooms, ground support equipment around the platform, and the power, thermal and safety systems that serve whatever the deck carries.

Applications

Where it serves.

Wherever a precision optic has to work away from its laboratory.

A · 01Defence R&D field trials — instruments carried to the trial, not the trial to the lab

A · 02Test ranges — tracking and range-instrumentation optics on relocatable platforms

A · 03Surveillance & observation — EO stations for border, coastal and site overwatch

A · 04Atmospheric & astronomy campaigns — field deployments of reference optics

A · 05Space & aerospace ground segments — mobile optical ground stations and test optics

A · 06Industrial optical campaigns — metrology and inspection optics taken to the work

FAQ

Common questions.

Plain-language answers from the engineering team.

Q · 01 What exactly is “integration hardware”?

Everything between the optical payload and the road. The mounting structure and machined interfaces the payload bolts to, the platform deck and its levelling, the power generation and distribution that feed it, the thermal system that holds its temperatures, the cable looms and connector panels that link it, and the interlocks that protect it and its crew. The payload provides the performance; the integration hardware decides whether that performance survives deployment.

Q · 02 How does the customer-furnished-equipment model work?

The optical system stays yours — specification, performance data, custody. We work from interface definitions: mechanical footprints and datums, mass and balance, power demand, dissipation, connector standards. Those are frozen jointly under interface control, our hardware is built to them, and the payload meets the platform at integration. The model is NDA-friendly by construction: we never need your optic’s sensitive internals, only its interfaces.

Q · 03 How do precision optics survive a road-mobile platform?

By separating travel from operation. For transport, the payload rides shrouded and secured, with the structure and any isolation engineered around its fragility. On site, the platform levels on jacks to take the suspension out of the equation, the mounting structure gives the payload a stiff, repeatable datum, and services come up in a controlled sequence. The design target is simple: the optic arrives, deploys and performs as it did at its home laboratory.

Q · 04 What about power and thermal for demanding payloads?

Both are sized from the payload’s own numbers, with margin. On-board generation and distribution deliver conditioned, protected, segregated feeds so payload electronics never share dirty rails with platform services. Thermal management is engineered to the payload’s dissipation and stability needs — ventilation, conditioned air and climate-managed electronics volumes, sized with margin for the duty — and proven during verification, not assumed.

Q · 05 What standards and verification apply?

Design practice follows military environmental and EMC norms of the MIL-STD-810 / MIL-STD-461 class — applied as engineering discipline in structures, routing, shielding, bonding and ingress protection, with any formal qualification scoped per contract. Integration hardware is factory-checked, the integrated platform is verified end to end with the payload, and handover happens against agreed acceptance criteria at site.

Q · 06 Can you work to our specification — or our silence?

Both. Configuration parameters in this domain are customer-specific by nature, which is why this page publishes scope and discipline rather than dimensions and ratings — and why the engagement is comfortable under NDA from the first conversation. Send the specification you can share — payload interfaces, platform expectations, environment, inspection regime — and we return a compliance matrix within two working days. Export enquiries are handled subject to Government of India authorisation.

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Get a quotation

Send your optical-platform
integration requirement.

The Defence Programmes desk replies within two working days with a clause-by-clause compliance matrix and a budgetary quotation — NDA first if you prefer. Write to [email protected] or use the form.

Enquire — EO integration Capability sheet (PDF) +91 7777 876 876

ISO 9001 / 14001 UNDER CONTRACT — INDIAN DEFENCE R&D CFE INTEGRATION MODEL MADE IN NOIDA · INDIA

Optical systems on mobile platforms. Integrated, powered, protected.

Precision optics meet road-grade reality.

An Indian defence research establishment

Mobile systems are home ground

Military practice, verification before handover

One deck, every service the payload needs.

Structure & Alignment

Power Generation & Distribution

Thermal & Environment

Control, Looms & EMC

Reference scope, as engaged.

One architecture, any payload that points.

The Contracted Scope

Platform Formats

Payload Classes

Beyond the Payload

Where it serves.

Common questions.

Optics & mobile platforms from Neometrix.

Optical Balloon Theodolite

CM Transportation Modules

Mobile Test Facility for Aircraft Engines

Send your optical-platform
integration requirement.

Similar Products

Share This Page

Optical systems on mobile platforms. Integrated, powered, protected.

Precision optics meet road-grade reality.

An Indian defence research establishment

Mobile systems are home ground

Military practice, verification before handover

One deck, every service the payload needs.

Structure & Alignment

Power Generation & Distribution

Thermal & Environment

Control, Looms & EMC

Reference scope, as engaged.

One architecture, any payload that points.

The Contracted Scope

Platform Formats

Payload Classes

Beyond the Payload

Where it serves.

Common questions.

Optics & mobile platforms from Neometrix.

Optical Balloon Theodolite

CM Transportation Modules

Mobile Test Facility for Aircraft Engines

Send your optical-platformintegration requirement.

Similar Products

Share This Page

Send your optical-platform
integration requirement.