mSpearX - Artillery Fire Correction System

The Problem:

Artillery is blind without precise coordinates.

Modern artillery systems lose up to 50% of their effectiveness due to:

• Inaccurate target coordinates – standard drones deliver 10–20 m positional errors.

• Data transmission delays – up to 5 minutes to process imagery.

• Risk to reconnaissance teams – personnel must enter high-threat zones to adjust fire.

• Inability to operate at night or in obscurants – standard cameras fail in smoke, fog, or darkness.

Result: wasted ammunition, failed missions, and loss of personnel.

The Solution : mSpearX - it's your eye in the sky !

Mission

mSpearX is a high-precision correction UAV, designed to adjust artillery fire in real time, in both automatic and semi-automatic modes.

1. Launch – The operator initiates mSpearX; the drone climbs to 120 m in 20 seconds (fully automatic takeoff).

2. Real-time battlefield awareness – dual-sensor plus LRF payload:

• RGB camera for daytime target identification.

• LWIR thermal VGA camera for nighttime target identification.

• Laser RangeFinder with working distance - 1200 meters.

3. Target confirmation & engagement:

• The operator places a reticle on the target (e.g., tank, bunker, vehicle concentration).

• With a single button press, target coordinates accurate to ±0.5 m are transmitted within 3 seconds to the ballistic computer via an encrypted, GDPR-compliant channel or fiber-optic, EW-resilient link.

• Artillery delivers first-round hits, even against moving targets (the drone refreshes coordinates every 3 seconds).

4. Human-in-the-loop – the operator confirms each target using two independent verification methods before coordinates are released.

5. One-button return – after mission completion, the drone automatically returns to its launch point.

for more details - please contact us: info@spearx.eu

mSpearX in development now. Since our projects involve sensitive technologies, we do not want to make internal achievements public.

The photos of mSpearX illustrate various product variants during development and testing.

With mSpearX you get: coordinate accuracy of ±0.5 m reaction time 3 seconds secure data transmission (GDPR-compliant, EW-resistant, fiber optic ready) compliance with EASA class C6, STANAG 4671

How it works:

Why mSpearX:

• Force protection: Operators remain 5 km behind the front line, dramatically improving survivability.

• Warfare economics:

  • 50% less ammunition needed per mission → direct budget savings.

  • Higher precision = fewer rounds to achieve mission success, without sacrificing effectiveness.

• Seamless integration: Ready-to-deploy solution compatible with multiple ballistic computer systems.

• Environmental impact:

  • 50% reduction in ammunition use = 0.8 tonnes less CO₂ per artillery strike (calculated per European Environment Agency methodology).