NMX‑MSR‑30 / Rev 00 / training infrastructure / contain · trap · score 2026 · Product Page

NMX-MSR-30 · ENGINEERED TO ORDER — MODULAR INDOOR SHOOTING RANGES

Every round fired. Every round caught.

Name: Modular Indoor Shooting Range
Brand: Neometrix

Marksmanship is perishable — it must be practised weekly, not annually — yet outdoor ranges need land, danger areas, weather and daylight the units don’t have. The modular range brings live fire indoors, on the unit’s own ground: containerised tubular ranges of the CTSR class, mobile 10-metre two-lane units, building-scale modular composite ranges, and the upgradation of halls already serving. The engineering is containment first: an envelope of AR500-class high-hardness steel with anti-ricochet linings and baffles, bullet traps that collect every round for lead recovery, downrange laminar air so the firer always breathes clean, acoustic treatment the neighbours never notice, and electronic scoring to the instructor’s console behind interlocked entry. Every round accounted for — fired, contained, trapped, recovered. Engineered to order — no delivered range is claimed.

Enquire — modular ranges Capability sheet (PDF)

Illustrative image, not a delivered range — inside a modular indoor shooting range looking downrange: lit firing lanes with dividers, a baffled ceiling, dark rubber-lined walls, target frames at the far end before a rubber trap wall, clean floor with lane markings, no people, no firearms and no text

Fig · 01 Looking downrange — lanes, baffles, linings and the trap wall that ends every trajectory — illustrative, not a delivered range

Forms

container · tube · hall10 m · 25 m · upgrades

Envelope

AR500-class steellinings · baffles · sealed

Air

downrange laminarfiltered · lead-managed

Scoring

electronic, per laneturning · running targets

Sited

in daystrucked · craned · relocatable

ISO 9001 / 14001 Engineered to order Training infrastructure Ballistic-engineering house Noida · India

Overview

The range comes to the unit — and nothing leaves it.

A skill practised annually is a skill in name only, and marksmanship is the most perishable skill a force carries. The obstacle is geography: an outdoor range demands land, a safety danger area reaching kilometres downrange, weather, daylight and travel — and a unit in a city cantonment, a high-altitude post or a dense base simply cannot get there weekly. The armed forces’ own tenders say what the answer is, again and again: containerised, tubular and modular composite indoor ranges — factory-built, delivered, commissioned in days — and the upgradation of existing halls into ranges that meet today’s containment and air standards.

Illustrative image, not a delivered range — the exterior of a containerised shooting range: several joined grey-olive ISO containers on levelling supports forming one long unit, an entry vestibule at the near end, ventilation stacks and filter housings on the roof, plain hardstanding ground, overcast light, no people and no text

Fig · 02 The range, delivered — joined modules, an entry lobby and the air plant on the roof: a firing facility that arrives by truck — illustrative, not a delivered range

Containment is the whole first argument. The envelope is built from modular panels of AR500-class high-hardness steel — the tenders’ own specification — faced with anti-ricochet rubber linings that absorb a round’s energy instead of returning it. Ceiling and wall baffles are arranged so that no trajectory a firer can produce, high or low, leaves the envelope; penetrations for air and cabling are sealed and shielded. At the far end waits the bullet trap — granulated-rubber berms that swallow rounds gently, or steel deceleration designs that spin them to rest — collecting every round in trays for lead recovery: the environmental story and the accounting story in one device.

Air is the invisible safety system. Every shot puts combustion products and lead particulate into the room, and the range that ignores this poisons its own instructors by instalments. The modular range treats air as a first-class discipline: downrange laminar flow at the firing line — the firer always stands in clean air moving away from them — with filtration, negative pressure and monitored exchange rates. Acoustic treatment does the same for sound: a live range that occupied buildings can stand beside.

Targets, scores and control close the loop. Automated turning and running targets run programmable sequences; electronic scoring senses every hit and reports to lane displays and the instructor’s console; lighting shifts between day, night and low-light modes. And above it all sits range control in the discipline of our training-facility line: interlocked entry — no door opens on a hot range — master cease-fire, communications and CCTV. The instructor owns the exercise from first round to cleared range.

The range’s promise is an accounting identity: every round fired is a round contained, trapped and recovered. Nothing leaves — not the round, not the lead, not the noise.

Availability

Weekly, not annually

The range stands on the unit’s own ground — no land case, no travel day, no weather — so practice happens at the frequency skill actually demands.

Every Round Accounted

Fired, contained, trapped, recovered

AR500-class envelope, baffles on every trajectory, traps that collect and yield their lead back — the accounting identity the whole machine is built around.

The Instructor Owns It

Interlocked, supervised, scored

No door opens on a hot range; cease-fire is one master action; every hit is scored to the console — the training-facility discipline, applied to live fire.

Architecture

Contain, trap, breathe, score.

The schematic follows a serial — on the point, fire downrange, caught in the trap, scored and cleared — and shows the range that runs it: the envelope, the trap and recovery, the air and acoustics, and the targets and control.

FIG · 03MSR ARCHITECTURE · ENVELOPE / TRAP + RECOVERY / AIR + ACOUSTICS · TARGETS & CONTROL

Fig · 03 Every round accounted for — and every serial under the instructor’s hand, from first round to cleared range

Arc · 01

Ballistic Envelope

AR500-class high-hardness panels, anti-ricochet rubber linings, ceiling & wall baffles on every trajectory, sealed penetrations — nothing leaves.

Arc · 02

Traps & Recovery

Granulated-rubber berms and steel deceleration traps — rounds stopped without splash-back, collected in trays, lead recovered.

Arc · 03

Air & Acoustics

Downrange laminar flow at the firing line, filtration, negative pressure — airborne-lead hygiene engineered — and treatment that keeps the sound inside.

Arc · 04

Targets & Control

Turning / running targets, electronic scoring, lane displays, lighting modes — behind interlocked entry and master cease-fire at the console.

Have a containerised-range, composite-range or upgradation requirement? Send the lanes, the distance and the site — a clause-by-clause compliance matrix within two working days · [email protected]

Send tender spec

Specifications

Reference range, built to the syllabus.

The parameters below describe a reference installation. The form, lanes, distance and outfit all follow from three givens: the training syllabus, the calibre classes fired, and the ground the range must stand on.

Illustrative image, not a delivered range — a bullet trap section in a modular range: a sloped wall of dark granulated rubber blocks behind a target frame, angled AR500-class steel deceleration plates above forming a baffle, steel collection trays at the base, dark rubber-lined side walls, service lighting, no people and no text

Fig · 04 The trap — where every trajectory ends: rubber that swallows, steel that decelerates, trays that account — illustrative, not a delivered range

Where indoor ranges go wrong

In the air and the corners, not the steel. A range lined with hard surfaces returns fragments to the firing line; a baffle scheme designed for the average shot instead of the worst one leaves an escape trajectory; a trap that splashes back turns containment into a hazard of its own; ventilation added as an afterthought leaves instructors breathing lead every working day; and a range without entry interlocks depends on everyone’s perfect discipline forever — which no safety case should.

So the envelope is engineered from the worst trajectory inward — panels, linings and baffles closing every path; the trap is chosen for the calibre mix and proven against splash-back; the air system is designed with the range, not bolted on — laminar at the line, filtered, negative, monitored; the acoustics are treated to the neighbours’ standard, not the owner’s tolerance; and control is interlocked by machinery — doors, cease-fire, lighting states — because discipline deserves engineering’s help. Commissioning proves all of it before the first serial fires.

Full specification — expand

System	Modular indoor shooting range — containerised, tubular, mobile & building-scale composite forms, plus upgradation of existing halls; engineered, built, installed, commissioned & supported
Function	Live-fire marksmanship training indoors, on the unit’s ground — contained, air-managed, scored, available on demand
Forms	Containerised tubular (CTSR class) 40-ft / 25 m · joined-ISO containerised ranges · mobile 10 m two-lane units · building-scale modular composite multi-lane ranges · hall upgradation (re-lined, re-trapped, re-aired)
Envelope	AR500-class high-hardness steel panels; anti-ricochet rubber linings; ceiling & wall baffles closing every trajectory; sealed, shielded penetrations
Bullet Traps	Granulated-rubber berm & steel deceleration designs — no splash-back; collection trays; lead recovered for disposal or recycling
Air System	Downrange laminar flow at the firing line; filtration; negative pressure; monitored exchange — airborne-lead hygiene as a first-class discipline
Acoustics	Absorptive treatment — a live range beside occupied buildings, without complaint
Targetry	Automated turning & running targets, programmable sequences; electronic hit sensing & scoring; lane displays; instructor-console results
Lighting	Day / night / low-light modes — the syllabus’s conditions, switched from the console
Range Control	Interlocked entry (no door opens on a hot range); master cease-fire; communications; CCTV — the instructor owns the exercise
Calibres	Rated across the small-arms calibre classes the syllabus fires — envelope, trap & air sized accordingly
Siting	Factory-built modules by truck & crane; levelling supports; services connected; commissioned in days; relocatable when the unit moves
Sourcing	Target mechanisms & scoring sensors integrated from certified components; Neometrix engineers the structures, envelope, traps, air, controls & installation
Status	Engineered to order · quoted across containerised, tubular & modular composite shooting-range requirements · grounded in the delivered shelter, ballistic-engineering & training-facility franchises · no delivered range is claimed on this page

PDF · 1 page

Modular Indoor Shooting Ranges — Capability Sheet

Tender Response

Send lanes, distance & site — compliance matrix in two working days

Variants

One discipline, the range the ground allows.

Requirements call it a CTSR, a containerised indoor range, a mobile range, a composite range, or the upgradation of one already serving. The discipline — every round accounted for — is common; the form follows the syllabus and the site.

Var · 01

Containerised Tubular (CTSR Class)

Tube sections from a container firing point — 40-ft and 25 m classes, one or two lanes, the army’s most-tendered form; sited on a hardstanding in days.

Var · 02

Containerised & Mobile Ranges

Joined-ISO multi-module ranges and mobile 10 m two-lane units — the relocatable family, including export-configured builds.

Var · 03

Modular Composite Ranges

Building-scale multi-lane 25 m ranges in modular panel construction — the corps-level programmes’ form, with full targetry and control suites.

Var · 04

Upgradation of Existing Halls

Ranges already serving, re-lined, re-trapped, re-aired and re-scored to today’s standards — the largest single demand in the class’s own tenders.

Applications

Where the skill stays sharp.

Wherever forces must fire weekly — and the ground says otherwise.

A · 01Army units, centres & cantonments

A · 02Naval & air-force establishments

A · 03Police & central-force training academies

A · 04High-altitude & remote posts

A · 05Export & partner-nation programmes

A · 06Upgradation of existing ranges

FAQ

Common questions.

Plain-language answers from the engineering team.

Q · 01 Why bring a live-fire range indoors at all?

Because the alternative is a skill practised too rarely to exist. Marksmanship decays in weeks — grouping opens, handling slows, confidence goes — and rebuilding it annually at a distant field range is training theatre, not training. The outdoor range’s problem is geometry: it must own not just its hundred metres of ground but a safety danger area reaching far beyond, clear of people, roads and buildings, in a country where land is the scarcest resource a station has. Weather, daylight and travel take the rest. The indoor modular range deletes the geometry: the envelope replaces the danger area — steel, linings, baffles and trap doing with engineering what the outdoor range does with empty kilometres — so the whole facility fits on a hardstanding inside the unit’s own wall. Fire at midnight, in monsoon, at altitude; walk back to barracks after. The forces’ own tenders — containerised tubular ranges by the dozen, mobile two-lane units, corps-scale composite halls and the upgradation of old ranges — are the demand signal of a simple discovery: availability is the biggest single upgrade marksmanship can buy.

Q · 02 How does the envelope guarantee nothing escapes?

By designing from the worst shot inward, in three layers. The first layer is the structural envelope: modular panels of AR500-class high-hardness steel — the specification the tenders themselves write — sized so that no round the range is rated for can pass a wall, ceiling or floor. The second layer manages what steel alone would make worse: bare hardness returns fragments, so every strike face carries anti-ricochet rubber lining that absorbs energy and lets nothing bounce back toward the firing line. The third layer closes the geometry: a firer can shoot high, low or wild, so ceiling and wall baffles are arranged by trajectory analysis — overlapping angled surfaces that intercept every possible path before it finds a vent, a light fitting or a door seam, with every penetration sealed and shielded. The layers end at the trap, which is not a wall but a machine for stopping: granulated rubber that swallows rounds over centimetres, or steel decelerators that spin them to rest — either way without splash-back, into collection trays. The proof is in commissioning: the envelope is inspected surface by surface, the baffle geometry verified against the rating, and the range signed off before the first serial fires.

Q · 03 Why is ventilation treated as a safety system?

Because the range’s slowest hazard is the air, and its victims are the people who serve there longest. Every shot releases combustion gases and fine lead particulate at the firing line — invisible, odourless after the first minutes, and cumulative. A range that treats ventilation as an afterthought poisons by instalments: firers a little, range staff and instructors — who stand there every working day — a great deal. The modular range engineers the air with the same seriousness as the steel. Laminar downrange flow at the firing line means clean air enters behind the firer and moves past them toward the trap, at a designed velocity — the firer always upwind of their own shot. Filtration captures the particulate before discharge; negative pressure keeps range air from leaking into lobbies and control rooms; exchange rates are monitored, not assumed. Housekeeping completes the system — the trap trays and lining maintenance that keep settled lead managed rather than disturbed. It is the same lesson our training-facility line teaches about fire and water: the hazard you cannot see gets the most deliberate engineering, because nobody will demand it by instinct.

Q · 04 What do the targetry and scoring systems actually provide?

The difference between shooting and training. A static paper target measures a session; an instrumented range teaches inside it. The target line carries automated mechanisms — turning targets that expose for the syllabus’s seconds and turn away, running targets that cross the range at set speeds — driven in programmable sequences so a serial presents the same challenge to every firer, every time, repeatable by the instructor at the console. Electronic scoring closes the feedback loop: hit sensing at the target reports each shot’s position instantly to lane displays and the console, so a firer sees their group while the memory of the trigger press is still fresh — which is when correction actually works — and the instructor sees every lane at once, with records kept per firer, per serial, per qualification. Lighting modes — day, night, low-light — put the syllabus’s conditions under the console’s control. The result is throughput with fidelity: more firers, more serials, better feedback, and a paper trail of qualification the training establishment can stand behind.

Q · 05 How is a hot range kept safe — and who is in charge?

The instructor is in charge, and the machinery makes that ownership physical — the same discipline our damage-control training facility runs on: the person conducting the exercise owns every element of it. The core is interlocked entry: when the range is hot, the doors are locked by the control system — not by procedure, by machinery — and no door opens on a live serial; conversely the range cannot go hot until the envelope reports closed. The master cease-fire is one action at the console: lighting changes state, targets turn away, and the serial is over — instantly, unambiguously, for every lane at once. Around that core: communications to every firing point, CCTV so the instructor sees each lane and the trap line, and lighting states that signal the range’s condition to everyone inside without a word being said. The procedural layer — range orders, details, the drills every force already owns — sits on top; the engineering’s job is to make the safe path the only path the doors, lights and targets physically allow. Discipline deserves that help, and a safety case should never rest on everyone being perfect forever.

Q · 06 What do you build, and what is bought-in?

We build the range as a facility, from franchises we have delivered. What Neometrix does: the structures — containerised modules on the discipline of our delivered shelter lines, tube sections, modular-panel buildings, levelling and siting; the ballistic envelope — AR500-class panel systems, anti-ricochet linings, baffle geometry engineered by trajectory analysis, sealed penetrations; the traps — granulated-rubber and steel deceleration designs with their collection and lead-recovery arrangements; the air systems — laminar-flow design, filtration, negative-pressure control and monitoring; the acoustic treatment; the targetry and scoring integration — mechanisms, sensing, lane displays and the instructor console, integrated from certified components; the range-control engineering — interlocks, cease-fire, communications, CCTV, lighting states; and the installation, commissioning and support, including the upgradation of existing ranges — the largest single demand in the class’s own tenders. What is bought-in certified: target mechanisms and hit-sensing hardware, filtration elements, and standard CCTV and communications equipment. Engineered to order; quoted across containerised, tubular and modular composite shooting-range requirements; no delivered range is claimed on this page.

↗

The training & ballistic lines from Neometrix.

The laboratory that proves what stops a round, the training-facility discipline this range runs on, and the protection line beside it — engineered at our Noida facility.

↗ Ballistic Engineering

Ballistic Evaluation Testing Laboratory

The laboratory side of the same engineering — what stops a round, measured and certified.

↗ Training Facilities

Damage-Control & Fire-Fighting Training Facility

The sibling discipline — real enough to learn from, safe enough to repeat, instructor-owned.

↗ Protection

Ballistic Protection System

The protection line built on the same materials engineering as the range’s envelope.

Browse all Neometrix product lines.

Get a quotation

Send the lanes
and the site.

The defence programmes desk replies within two working days with a clause-by-clause compliance matrix and a budgetary quotation. Write to [email protected] or use the form.

Enquire — modular ranges Capability sheet (PDF) +91 7777 876 876

ISO 9001 / 14001 ENGINEERED TO ORDER — MODULAR INDOOR SHOOTING RANGES CTSR CLASS · CONTAINERISED & MOBILE · MODULAR COMPOSITE · UPGRADATION · AR500-CLASS ENVELOPE ENGINEERED IN NOIDA · INDIA

Every round fired. Every round caught.

The range comes to the unit — and nothing leaves it.

Weekly, not annually

Fired, contained, trapped, recovered

Interlocked, supervised, scored

Contain, trap, breathe, score.

Ballistic Envelope

Traps & Recovery

Air & Acoustics

Targets & Control

Reference range, built to the syllabus.

Where indoor ranges go wrong

One discipline, the range the ground allows.

Containerised Tubular (CTSR Class)

Containerised & Mobile Ranges

Modular Composite Ranges

Upgradation of Existing Halls

Where the skill stays sharp.

Common questions.

The training & ballistic lines from Neometrix.

Ballistic Evaluation Testing Laboratory

Damage-Control & Fire-Fighting Training Facility

Ballistic Protection System

Send the lanes
and the site.

Similar Products

Share This Page

Every round fired. Every round caught.

The range comes to the unit — and nothing leaves it.

Weekly, not annually

Fired, contained, trapped, recovered

Interlocked, supervised, scored

Contain, trap, breathe, score.

Ballistic Envelope

Traps & Recovery

Air & Acoustics

Targets & Control

Reference range, built to the syllabus.

Where indoor ranges go wrong

One discipline, the range the ground allows.

Containerised Tubular (CTSR Class)

Containerised & Mobile Ranges

Modular Composite Ranges

Upgradation of Existing Halls

Where the skill stays sharp.

Common questions.

The training & ballistic lines from Neometrix.

Ballistic Evaluation Testing Laboratory

Damage-Control & Fire-Fighting Training Facility

Ballistic Protection System

Send the lanesand the site.

Similar Products

Share This Page

Send the lanes
and the site.