Neometrix / Mobile Platform Integration / Anti-Drone Mission Vehicle / NMX-ADV-30

NMX-ADV-30 · ENGINEERED TO ORDER — MISSION VEHICLE · STABILISED MAST · SILENT-WATCH POWER · INTEGRATION

The payload is bought in. The vehicle is ours.

Name: Anti-Drone Mission Vehicle & Platform Integration
Brand: Neometrix

A counter-drone system is a set of clever boxes — sensors that find the drone, a payload that stops it, software that decides. None of it protects anything until it can move to the threat, raise and point, stay powered, and survive the field.

That is the half Neometrix builds: the vehicle, the stabilised mast and pedestal, the silent-watch power, the protection, and the integration that turns bought-in boxes into one fielded machine. The sensors and the defeat payload are specialist units we integrate — not ones we make, and not ones this page describes.

Discuss a platform Capability note (PDF)

A mission vehicle with a hoistable mast raised on a stabilised pedestal carrying sealed sensor and payload enclosures, mission cabin behind, parked on open ground

Fig · 01 — The half we build. Carrier, mission deck, hoistable mast and stabilised pedestal, silent-watch power and cabin — the payload rides on top, bought in.

The product

the vehiclenot the sensors, not the payload

The lift

hoistable maston a stabilised pedestal

The power

silent-watchengine off, payload live

The carriers

soft-skin, armoured, trailerone architecture, three bodies

Status

engineered to ordersuccessive-quoted class

ISO 9001ISO 14001Defensive framingIntegrator, not effector makerIn-house platform engineering

Overview

A system on a bench is not a system in the field.

The distance between the two is a vehicle — and every hard problem in that vehicle is a Neometrix problem.

A hoistable mast on a stabilised pedestal raised from a vehicle deck, carrying neutral sealed sensor enclosures against an overcast sky

Fig · 02 — Height is line of sight. The mast raises the payload above clutter; the pedestal keeps it pointing true while the vehicle shifts, settles and takes the wind.

We are not asked to defeat the drone. We are asked to carry, raise, point, power and protect the thing that does — honestly, and to the last cable.

The honest division of labour

A vehicle-mounted counter-drone system has two halves. One half is the mission electronics: the detection sensors, the payload that defeats the drone, the software that decides. Those are specialist sub-systems, often government-furnished. We integrate them; we do not make them, and this page gives none of their secrets.

The other half is everything that makes them fieldable: the vehicle, the mast, the pedestal, the power, the protection, the cabin, and the thousand integration decisions between them. That half is ours, and it is where a programme quietly succeeds or fails.

Why the platform is the hard part

A sensor that points a degree off because the vehicle rocked is blind at the worst moment. A payload that browns out because the power was sized for the bench is dead weight. A crew that cannot work the console in the heat makes slow decisions. None of that is the sensor maker's problem — it is the integrator's, and it is decided in the metal we cut.

What the customer actually buys

Not a box, but a vehicle that arrives, sets up fast, raises and points a payload it holds steady, runs it for hours in silence, keeps its crew working, and drives away — ready to do it again elsewhere within minutes.

Carriedmission deck, correct load paths

Pointedhoistable mast, stabilised pedestal

Poweredsilent-watch, engine off

Integratedone fielded vehicle, signed off

The platform

Six jobs, one vehicle.

Carry, raise, point, power, protect, integrate. Each is buyable alone; a fielded system exists only when they are engineered as one vehicle.

FIG · 02ANTI-DRONE MISSION VEHICLE · CARRY / RAISE / POINT / POWER / PROTECT / INTEGRATE — SENSORS & PAYLOAD INTEGRATED, NOT MADE

The payload sits in the top box, drawn here as a sealed enclosure on purpose: what it is, and how it works, belong to its maker and its programme. Everything under it is the work this page is about.

1 · Carry

A structural mission deck ties the payload to the vehicle through honest load paths. The carrier — soft-skin, armoured or trailer — is integrated for the mass up top and the roads below.

2 · Raise

A hoistable mast lifts the sensors and payload for line of sight over clutter, then stows for travel. Height is reach; the mast buys it without a hill to park on.

3 · Point

A stabilised pointing pedestal holds the payload's aim against vehicle motion, wind and soft ground. Accuracy on the platform becomes accuracy in the mission — the pedestal is where that is won.

4 · Power

Silent-watch hybrid power — APU, battery or fuel-cell — runs the payload with the main engine off: quiet, low-signature, thermally managed, and clean enough for sensitive electronics.

5 · Protect

Ballistic and environmental protection for the crew and the electronics; sealing, cooling and shock paths sized for the field, not the lab. The vehicle survives so the mission can.

6 · Integrate

Cabling, cooling, grounding and EMC discipline tie every box together; trials and acceptance prove it. This is the invisible work that turns parts into a vehicle a force can rely on.

Work content

What the vehicle contains, element by element.

Read it as a checklist — and note which rows are ours and which are integrated in.

Silent-watch power bay inside a mission vehicle: a compact hybrid power unit, battery bank and distribution cabinet with neat cabling and cooling ducts

Fig · 03 — The power bay. Silent-watch means the payload runs while the engine sleeps — the difference between a system that hides and one that announces itself.

Element	What it does	Whose it is
Carrier integration	ties the mission to a vehicle or trailer	Neometrix
Structural mission deck	load paths from payload to chassis	Neometrix
Hoistable mast	raises the payload for line of sight	Neometrix
Stabilised pointing pedestal	holds aim against motion and wind	Neometrix
Silent-watch power	runs the payload, engine off	Neometrix
Thermal management	keeps electronics in their window	Neometrix
Operator cabin and console	houses and protects the crew	Neometrix
Ballistic and environmental protection	survives the field	Neometrix
Cabling, grounding, EMC	clean signals between boxes	Neometrix
Systems integration and trials	makes it one fielded vehicle	Neometrix
Detection sensors	find and track the drone	integrated (specialist / GFE)
Electronic-defeat payload	stops the drone	integrated (specialist / GFE)
Command-and-control software	fuses, classifies, decides	integrated (specialist / GFE)
Documentation and training	crews run it; records survive audits	Neometrix

The two-column honesty above is the whole point of this page. Ten rows are ours to engineer and stand behind; three are specialist sub-systems we integrate and never claim to make. A supplier who blurs that line should not be trusted with either half.

Full specification — expand

System	Anti-drone mission vehicle and platform integration: carrier, structural mission deck, hoistable mast, stabilised pointing pedestal, silent-watch hybrid power, operator cabin, protection and systems integration — engineered as one fielded vehicle around specialist, integrated sensors and payload
The One Idea	The payload is bought in. The vehicle is ours. A counter-drone payload protects nothing until it can move, raise and point, stay powered and survive — and that fielding is the half Neometrix builds
What Neometrix Builds	Carrier integration and structural mission deck; hoistable mast and stabilised pointing pedestal; silent-watch hybrid power and thermal management; operator cabin and console; ballistic and environmental protection; cabling, grounding and EMC; and the whole systems integration, trials and acceptance
What Neometrix Integrates, Not Builds	The detection sensors (radar, radio-frequency, electro-optical) and the electronic-defeat payload and its command-and-control software — specialist, original-equipment-maker or government-furnished sub-systems. No specifications, methods, frequencies or figures for them appear on this page
The Carrier	Soft-skin vehicle, armoured vehicle or trailer, integrated with correct load paths for a masted payload up high, road mobility, and quick into-action and out-of-action — one platform architecture across three bodies
Raise And Point	A hoistable mast lifts the payload for line of sight and stows for travel; a stabilised pointing pedestal holds its aim against vehicle motion, wind and soft ground. Platform accuracy becomes mission accuracy
Silent-Watch Power	APU, battery or fuel-cell hybrid power runs the sensors and payload with the main engine off — quiet, low-signature, thermally managed, and clean enough for sensitive electronics
House The Crew	An operator cabin and console engineered for human factors, cooled and protected, so the crew watches and decides from inside the vehicle
Systems Integration	The mechanical, electrical and data engineering — cabling, cooling, grounding, EMC discipline — that turns bought-in sensors and a furnished payload into one fielded vehicle, proven by trials and acceptance
Sensitivity	Defensive framing. The effector is named only to say Neometrix integrates it. No defeat methods, frequencies, bands, ranges, powers or figures appear on this page; customers are described as classes, never named
Scope Boundary	Ours: vehicle integration, mast and pedestal, power, thermal, cabin, protection, integration, trials and support. Integrated / furnished: the detection sensors and the electronic-defeat payload. The customer’s: the mission, the payload choice and the acceptance decision
Status	Work of this class is engineered to order; Neometrix is the platform-and-integration partner for vehicle-mounted counter-drone systems and has quoted against successive vehicle-mounted counter-drone platform requirements, integrating — not manufacturing — the detection sensors and the electronic-defeat payload, and no delivered system is claimed.

Configurations

One architecture, three carriers.

The integration engineering is the same; the body follows the customer's mission and mobility.

Soft-skin vehicle

The road-mobile form

A commercial or light military chassis integrated with the mission deck, mast and power — the fastest, lightest way to make a payload mobile and put it where it is needed.

Armoured vehicle

The protected form

The same architecture on an armoured carrier, where the crew and electronics must survive a hostile environment — protection, mounting and power engineered to that harder brief.

Trailer

The towed / static form

A towable platform that parks, levels and stays — for a site, a gate or a base perimeter where the payload works from one place and the tug moves on.

The honest advice at specification time: choose the carrier by the mission and the mobility you truly need, then let one integration architecture serve all three — it is why a fleet costs less than three one-offs.

Where it serves

Anywhere a payload has to arrive, not just exist.

The demand is for mobility and fielding, across the security and infrastructure world.

Mobile force protection

A column or a force on the move needs its counter-drone cover to move with it — the mission vehicle keeps the payload alongside what it protects.

Base and site perimeters

A fixed site still wants a platform that can reposition. Trailer and vehicle forms cover a perimeter and shift to the threatened side when it matters.

Border and coastal lines

Long, thin areas of responsibility need reach on wheels — a masted payload that can drive the line and raise where the ground is blind.

Critical infrastructure

Airports, refineries and power sites protect large footprints with few crews — a mobile platform multiplies a small team across a big area.

Event and VIP security

Temporary security demands rapid, road-mobile capability that sets up and tears down fast — exactly what a mission vehicle is engineered to do.

Armoured formations

Where the carrier itself must be protected, the same architecture rides an armoured vehicle — the demand class behind this page's quote history.

Interior mission bay of the vehicle: an operator console with plain screens, equipment racks with neutral sealed enclosures, tidy cabling and cooling

Fig · 04 — The mission bay. The crew works here, cooled and protected; the sealed racks hold sub-systems we integrate but do not open on this page.

The anti-drone mission vehicle on watch at dusk, mast fully raised, its sealed sensor tracking a single distant drone contact high in the sky

Fig · 05 — On watch. Mast up, sensor holding a distant contact — the platform doing its real job: putting the payload where it can see, and keeping it steady while it does. What happens next belongs to the payload, and to the customer's rules of engagement.

FAQ

Common questions.

Longer answers, for readers who want the reasoning.

Q · 01 Does Neometrix make the anti-drone system itself?

No, and the page is written to be exact about it. A vehicle-mounted counter-drone system has two halves. The mission electronics — the detection sensors that find the drone, the payload that defeats it, the command-and-control software that decides — are specialist sub-systems, frequently government-furnished, made by firms and agencies that specialise in them. Neometrix integrates those; it does not manufacture them, and this page carries none of their specifications, methods or figures. What Neometrix designs and builds is the other half: the vehicle and everything that makes the electronics fieldable — carrier integration, the structural mission deck, the hoistable mast, the stabilised pointing pedestal, the silent-watch power, the crew cabin, the protection, and the mechanical, electrical and data integration that ties it all into one machine. That division is not a limitation to apologise for; it is how serious counter-drone programmes are actually built, because the platform trade and the sensor-and-effector trade are genuinely different disciplines. A company that claims both usually does neither well. Neometrix's honest place in the chain is the prime integrator and platform builder — the partner who takes a customer's chosen sub-systems and a customer's chosen vehicle and delivers a system that works in the field, not just on a bench.

Q · 02 Why is the platform the hard part, if the payload does the work?

Because the payload only does its work if the platform lets it. Consider what actually defeats a mission in the field, and almost none of it is the sensor's fault. A pedestal that lets the payload wander a degree when the vehicle rocks on soft ground points a narrow beam at empty sky at the moment it is needed. Power sized for a demonstration browns out under a real duty cycle and drops the payload mid-task. A mast that cannot be raised and stowed quickly leaves the crew exposed while they fight it. Cabling run without EMC discipline lets the vehicle's own systems blind the sensors it carries. Heat that the thermal design did not plan for pushes electronics out of their operating window on a summer afternoon. A console the crew cannot work in the heat slows every decision. Every one of those is a platform-engineering problem, invisible in a brochure and decisive in the field — and every one is solved, or not, in the metal Neometrix cuts and the integration it performs. The sensor maker delivers a capable box; whether that capability ever reaches the threat depends on the vehicle around it. That is why customers who have been burned once specify the integrator as carefully as the sensor, and why this page treats the platform as the serious engineering it is.

Q · 03 What does “silent-watch” power mean, and why does it matter?

It means the payload keeps working while the vehicle's main engine is switched off — and it matters more than almost anything else on the platform. A counter-drone vehicle spends most of its life waiting: parked, watching, ready. If the only way to power the sensors and payload is to keep the diesel running, the vehicle announces itself with noise, heat and exhaust, burns fuel it may not be able to replace, and wears an engine doing nothing but generating electricity. Silent-watch power solves that with a hybrid arrangement — an auxiliary power unit, a battery bank, or a fuel-cell, sized and combined to the mission — that carries the electrical load quietly for long watches, with the engine started only occasionally or not at all. The engineering is more than bolting on a battery: the power must be clean enough that it does not inject noise into sensitive receivers, thermally managed so the bay does not cook, quiet and low in signature so the vehicle stays discreet, and rugged enough to cycle for years. Get it right and the vehicle can sit silent and alert for hours, then move without a warm-up. Get it wrong and every other clever thing on the platform is hostage to a running engine. It is unglamorous, and it is often the row that decides whether a design is serious.

Q · 04 Why does a stabilised pedestal matter on a parked vehicle?

Because a parked vehicle is never truly still, and a masted payload magnifies every small movement into a large pointing error. Set a sensor or effector on top of a raised mast and you have built a lever: the taller the mast, the more a tiny sway at the base becomes a wide wander at the top. Wind pushes on the vehicle and the mast. The ground settles under the tyres or outriggers, especially on soft or uneven surfaces. The crew moving inside shifts the load. Even temperature flexes the structure through a day. None of these is dramatic on its own, but a payload that must hold its aim precisely cannot tolerate their sum. The stabilised pointing pedestal is the answer: it measures disturbance and drives the payload to hold its line regardless, so the aim stays true while the world underneath it does not. This is why the pedestal, not the mast, is where platform accuracy is really won — the mast buys height, but the pedestal keeps that height honest. It is precision-mechanical and control engineering of exactly the kind Neometrix builds on its optical and antenna-pointing platforms, brought to the counter-drone vehicle. A raised payload without stabilisation is a tall way to miss.

Q · 05 How do you keep the page’s content within security limits?

By writing only about the half that is honestly ours to describe, and stopping cleanly at the boundary. This page is about the vehicle and its integration: structures, masts, pedestals, power, protection, cabling and the engineering that ties them together. All of that can be described openly, because it is general platform engineering, not sensitive capability. The other half — how the sensors detect, how the payload defeats a drone, what bands or methods or ranges are involved — is deliberately absent. Not vague, not hinted at: absent. The effector is referred to only to make the honest point that Neometrix integrates it rather than making it; its type, its mechanism and its performance never appear, because those belong to its maker and to the customer's programme, and often to a security classification. Customers are described as classes — a security force, an armoured-vehicle programme — never named, and no tender, quantity or value is given. This is the same discipline every defence-adjacent page on this site follows: say what we build in full technical honesty, name what we integrate without opening it, and let the specifics live in the controlled documents where they belong. A public product page should help a serious buyer understand what we can do for them, without teaching anyone anything that should not be taught.

Q · 06 Has Neometrix delivered a vehicle like this?

Work of this class is engineered to order; Neometrix is the platform-and-integration partner for vehicle-mounted counter-drone systems and has quoted against successive vehicle-mounted counter-drone platform requirements, integrating — not manufacturing — the detection sensors and the electronic-defeat payload, and no delivered system is claimed. We would rather say that plainly than dress it up. Behind the sentence stand two vehicle-mounted counter-drone platform requirements this firm has quoted against — one a security force's mobile system, one an armoured-vehicle programme — each answered as the platform and integration partner, each with the sensors and the defeat payload treated as integrated sub-systems, not our products. Around those quotes stands directly relevant delivered engineering this site shows in depth: optical and sensor system integration on mobile platforms, hoistable and telescopic masts, silent-watch and fuel-cell hybrid power, ballistic and environmental protection, and the vehicle-integration trade this firm has practised for years. The honest shape of a first contract is the one those quotes describe: the customer brings the mission, the vehicle and the chosen sub-systems; Neometrix brings the platform engineering and the integration, proves it by trials and acceptance, and supports it in service. That is the basis we would bid on, and the page claims nothing more.

Q · 07 How does this page relate to the counter-drone system page?

As vehicle to system, and the split is deliberate and honest. The counter-drone (C-UAS) system page describes the whole defensive capability — the detect, decide and defeat doctrine, and Neometrix's role as prime integrator across mobile, containerised and static platforms. This page is the vehicle-mounted platform in its own depth: the carrier, the mast and pedestal, the silent-watch power, the protection and the integration that make a mobile counter-drone system real. The claims are split the same way the rest of this catalogue splits them: the vehicle-mounted platform quotations live here, because those requirements were for mobile platforms; the system page carries the broader doctrine and prime-integration positioning and points here for the vehicle specifics. One set of requirements, one home for its claim — the no-double-counting rule this whole site follows. Read them together in whichever order your problem arrives: if you are specifying a mobile, vehicle-mounted capability, start here and follow the link up for the full system doctrine; if you are thinking about counter-drone defence in general and have not yet settled on mobility, start there and follow the link back when the answer turns out to be a vehicle. Neither page repeats the other; each is the honest home of its own half.

Q · 08 Can you integrate a sensor or payload we have already chosen?

Yes — that is precisely the role, and often the starting point. Many programmes arrive with the mission electronics already selected: a sensor suite a customer trusts, a defeat payload an agency has approved or will furnish, a command-and-control system a force already operates. What they need is not another opinion on those choices but a partner who can make them fieldable on a vehicle — and that is what an integrator does. The work begins with the interfaces: the mechanical mounts and load paths that carry each sub-system, the power each one draws and the clean supply it needs, the data it produces and how it must flow, the heat it makes and how it leaves, the electromagnetic manners it must keep so the boxes do not blind each other. From those interfaces the platform is engineered: deck, mast, pedestal, power, cabin, protection and the cabling and cooling between them, all sized to the specific sub-systems and the specific vehicle. Then it is proven — trials that show the integrated vehicle does in the field what the parts promised on the bench, and an acceptance a customer can sign. Furnished equipment is a normal and welcome case; the discipline is simply to treat every furnished box with the same interface rigour as a bought one, so nothing is assumed and everything is verified. The customer keeps their chosen capability; Neometrix makes it a vehicle.

The system, the optics, and the mast.

Three neighbours in the mobile-platform world.

↗ The system

Counter-Drone (C-UAS) System

The whole detect-decide-defeat doctrine and prime-integration role — this vehicle's parent system.

↗ The optics

Optical System Integration on Mobile Platforms

The same platform discipline for precision optics — a delivered sibling of this vehicle trade.

↗ The mast

Telescopic & Hoistable Mast

The lifting hardware that gives a masted payload its line of sight, in its own depth.

Browse all Neometrix product lines.

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Enquire — mission vehicle Capability sheet (PDF) +91 7777 876 876

ISO 9001 / 14001 ENGINEERED TO ORDER — ANTI-DRONE MISSION VEHICLE & PLATFORM INTEGRATION CARRY · RAISE · POINT · POWER · PROTECT · INTEGRATE ENGINEERED IN NOIDA · INDIA

The payload is bought in. The vehicle is ours.