FORCE-ON-FORCE TRAINING INTELLIGENCE
57.7089° N   11.9746° E
GOTHENBURG · SE

Defence
readiness.
Measured.

T.R.A.C.E is the software behind every force-on-force exercise — it records what actually happened, so instructors can compare performance across sessions instead of relying on memory. It runs a continuous training loop: map the site, run the exercise, capture the data, analyse the outcome, learn what to fix — and design the next scenario around it.

SCROLL
MISSION
1,000+ critical sites in Sweden alone.
No objective measure of readiness at any of them.
That's what we're changing.
THE FOUNDATION

Realistic training
starts with real hardware.

Every data point Arctic Arms captures depends on one thing: the physical experience of the exercise being authentic. That is why the platform is built on a state-of-the-art weapon system and a patented precision projectile, engineered from the ground up for combat-realistic training.

Arctic Arms Impact System weapon platform — modular AR15-based training rifle
01 · WEAPON SYSTEM

A state-of-the-art platform, engineered for combat realism.

Weight, balance, handling, trigger break, sight picture and recoil profile are tuned to match live-fire equivalents. Soldiers train with what feels indistinguishable from their service weapon — because behaviour under stress is only reproducible when the tool in the operator's hands is.

  • Air-powered — no live fire, no range permits, no urban restrictions
  • Realistic weight, balance and recoil profile
  • Standard optics and accessory rails
  • Deployable in any environment, from hospitals to industrial sites
  • CNC-machined 7075-T6 aluminium construction
  • Adjustable velocity, 500–650 fps
  • 30-round magazine capacity
  • License-free operation in most jurisdictions
Arctic Arms patented precision projectile, mid-rotation
02 · PATENTED PROJECTILE

Outstanding precision. Repeatable at range.

Arctic Arms' patented projectile architecture delivers 10 cm groupings at 52 meters — a level of accuracy that lets force-on-force training extend beyond close-quarters engagements into realistic operational distances. Visible marking, no brass, no powder, no HEPA remediation.

  • 10 cm grouping at 52 m — outperforming legacy marking systems by an order of magnitude
  • Patent-protected architecture (EP granted)
  • No brass, no powder, no lead remediation
  • Visible, tangible hit feedback for realistic engagement and accountability
  • Supports casualty-care and medical training drills under realistic conditions
  • Works standalone with existing training setups, or as part of the complete system
MEET THE PLATFORM

T.R.A.C.E

Tactical Real-time Analysis & Combat Evaluation

T.R.A.C.E is the software behind every force-on-force exercise — it records what actually happened, so instructors can compare performance across sessions instead of relying on memory. It runs a continuous training loop: map the site, run the exercise, capture the data, analyse the outcome, learn what to fix — and design the next scenario around it.

01

Mapping & Scanning

Turn any real facility into a training-ready digital model in hours.

Ports, air bases, energy plants, hospitals, industrial sites, forward operating bases — anywhere the operator will actually need to fight. LiDAR, UAV survey, 360° imagery and existing floorplans are fused into a single high-fidelity 3D foundation.

  • LiDAR scan — high-resolution 3D capture
  • UAV drones — rapid data capture of large or hard-to-reach areas
  • 360° imagery — panoramic mapping for complete context
  • Floorplans & maps — accurate blueprints for planning
  • Multi-source integration — LiDAR, imagery and intelligence combined
02

The Digital Twin

An interactive 3D model of the actual facility, layered with tactical intelligence.

The mapped site becomes a digital twin that carries meaning, not just geometry. Rooms, corridors, entry points, threat vectors, critical assets and evacuation routes are all annotated on the model — turning it into the operational foundation for planning, execution and objective analysis.

  • Rooms & structure — walls, doors, stairs, corridors
  • Zones & floors — operational areas and access points
  • Threat vectors — high-risk areas and rehearsal engagement
  • Critical assets — key equipment and infrastructure to protect
  • Evacuation & safety — routes and safe locations
  • Adaptable layers — lighting, obstacles, scenario elements
03

Sensors & Data Collection

Every action, every second, captured in real time.

During the exercise, T.R.A.C.E fuses data from every relevant channel — position, weapon orientation, line of sight, hit events, physiological load, instructor markers — into a single time-synchronised operational picture. Nothing is reconstructed from memory; everything is recorded.

  • Positioning — real-time location of each participant indoors and outdoors
  • Weapon & movement — orientation, dynamics and engagement status
  • Line of sight — live field-of-view and sector coverage
  • Training data — hits, events and system telemetry
  • Stress & load — vitals and cognitive load indicators
  • Situation logging — automatic event log with time-stamped context
04

Analysis & After Action Review

From subjective debrief to objective evidence.

After the exercise, T.R.A.C.E synchronises all captured data into a single dashboard. Instructors and commanders can replay every second of the engagement, examine movement patterns, quantify exposure and engagement outcomes, and validate what actually happened — not just what people remember happening.

  • Event timeline — replay and examine key events in sequence
  • Engagements — analyse contacts, fires and outcomes
  • Movement heatmaps — visualise patterns, hotspots and areas of interest
  • Performance metrics — individual and team KPIs with comparisons
05

AI-Driven Insight

Turning complex data into actionable advantage.

Thousands of data points from mapping, sensors and mission context feed a purpose-built AI engine that identifies patterns humans can't reliably see: recurring failure modes, capability gaps, and priority-ranked recommendations for the next cycle. Because every exercise is measured the same way, defensibility becomes a number you can track over time — a site scoring 30% in month one and 70% in month twelve is not an impression, it is a benchmark.

That measurement compounds across the network. A threat pattern surfaced at one port sharpens the exercise design at every other site before that threat is ever encountered there — training scenarios built on what has actually happened, not on assumption.

Fed into a NATO battle-management or C4ISR system, the same dataset becomes a forecast. When a site with no benchmark of its own comes under real threat, allied forces can draw on the accumulated hyper-realistic exercise data from comparable sites to see how the engagement is likely to unfold — and plan logistics, troop posture and evacuation around that forecast, before a shot is fired.

  • Faster decisions — surface critical insights quickly
  • Objective & consistent — remove bias, standardise evaluation across units
  • Evidence-based — recommendations backed by data, not assumptions
  • Risk reduction — identify gaps and threats before they impact outcomes
  • Continuous improvement — track progress over time, measure what matters
  • Cross-site pattern transfer — threats found at one location sharpen training at every other
  • BMS / C4ISR-ready — structured for direct integration into allied command and battle-management systems
06

Tailored Training

The loop closes. The next exercise is smarter than the last.

Based on the analysis, T.R.A.C.E generates tailored training recommendations and optimised scenario proposals. Weak spots become focused drills. Broken patterns become measurable improvement targets. The next exercise is designed around what the last one actually revealed — not around what someone assumed needed practising.

  • Analyse results — review performance data and outcomes
  • Identify gaps — detect weaknesses and capability gaps
  • AI recommendations — actionable training insights
  • Optimise scenarios — refine training to close gaps
— BEYOND TRAINING

Our data is not a training record. It is a predictive engine. Fed into any NATO battle-management or C4ISR system, it tells commanders how a specific site will likely be defended, how the battle will unfold, and where the gaps will be — before a single shot is fired.

DEPLOYMENT

Where readiness matters.

Arctic Arms is not built for shooting ranges. It is built for the places we actually need to defend — mapped, trained on, measured.

Ports & Harbours
Maritime chokepoints, port perimeters, coastal defence lines.
Air Bases & Airports
Runway defence, hangar security, forward operating bases.
Energy Infrastructure
Power plants, substations, grid nodes, transmission corridors.
Hospitals & Medical
Continuity of care during conflict, medical evacuation routes.
Data & Comms Centres
Server farms, communication hubs, digital sovereignty assets.
Rail & Logistics
Freight corridors, rail hubs, military logistics lines.
Urban Entry Points
City chokepoints, transit hubs, dense civilian environments.
Command & Control
Government facilities, C2 nodes, strategic decision centres.
COMPANY

Built in Sweden.
Built for allies.

Arctic Arms is a Swedish defence-technology company building the operating system for measurable national defence readiness. Headquartered in Gothenburg, Sweden.

The platform is developed in partnership with Swedish and allied defence users. Our work sits at the intersection of civil resilience, dual-use technology, and behavioural intelligence for the sites Europe must be able to defend.

— GET IN TOUCH