Ballistic Radar · EB-MK ONE

EB-MK ONE Professional Ballistic Radar: Measured Drag Data and Downrange Velocity for Ammunition Validation

Muzzle velocity tells you where a projectile starts. The EB-MK ONE tells you everything that happens after - full downrange velocity decay, measured drag behavior, and projectile consistency across calibers and test lots.

Built on German radar engineering expertise from Evo-Ballistix, the EB-MK ONE is a professional ballistic radar and data-generation system - not a consumer chronograph. It integrates directly with the D2S digital fire-control scope's ballistic computation engine.

Full downrange velocity profiles Measured drag - not BC estimates All calibers supported German radar engineering

Why EB-MK ONE

Why Muzzle Velocity Alone Is Not Enough for Professional Ballistic Work

Traditional chronographs measure a single data point: muzzle velocity. This is useful for basic load development, but fundamentally insufficient for professional-grade ballistic work at extended range, ammunition production QA, or defense program validation.

The BC Estimation Problem

Ballistic coefficients (G1/G7 BC) published by ammunition manufacturers are averages derived from limited test conditions. At extended ranges, accumulated error from BC estimates versus actual measured drag can produce significant point-of-impact deviation - measured in feet, not inches. Professional users require measured data, not published averages.

The Velocity Decay Problem

A projectile losing velocity faster than predicted - due to atmospheric conditions, production inconsistency, or projectile design - will underperform at range in ways a muzzle-velocity reading cannot predict. Full downrange velocity profiles reveal exactly how a projectile behaves from muzzle to target, at every point along the trajectory.

The Lot Consistency Problem

Ammunition manufacturers need to verify that projectile performance is consistent across production lots - not just in specification, but in measured field behavior. The EB-MK ONE captures velocity and drag data across test sequences, enabling statistical comparison between lots and early identification of production variance.

Capabilities

What the EB-MK ONE Measures and Delivers

Velocity Measurement

The EB-MK ONE captures precise muzzle velocity and continuous downrange velocity at defined measurement intervals - across all standard calibers and bullet weights. Unlike single-point chronographs, it generates a complete velocity-distance profile for each shot.

Drag Behavior Analysis

Using radar-derived velocity data at multiple downrange points, the EB-MK ONE calculates actual measured drag behavior for each projectile tested. This produces real G1/G7 drag data specific to the tested projectile, bullet weight, and atmospheric conditions - replacing manufacturer-published estimates with measured performance figures.

Ammunition and Projectile Validation

For ammunition manufacturers and defense procurement programs, the EB-MK ONE generates the independently measured ballistic data needed for product development, production QA, acceptance testing, and ballistic modelling. Data is structured for export to advanced ballistic calculation software and fire-control systems.

Integration with D2S Ballistic Platform

EB-MK ONE data exports directly into the D2S digital scope's ballistic computation engine, enabling operators to replace generic BC estimates with measured drag profiles specific to the ammunition in use - producing more accurate firing solutions at extended range.

Specifications

Technical Specifications

Parameter

Detail

Measurement Type

Radar-based continuous downrange velocity capture

Caliber Compatibility

All standard calibers - from small arms to 20mm

Data Output

Full downrange velocity profile per shot

Drag Analysis

Measured G1/G7 drag coefficients - not estimates

Data Export

Compatible with major ballistic calculation ecosystems

D2S Integration

Direct import into D2S ballistic computation engine

Engineering Heritage

German radar technology from Evo-Ballistix

Form Factor

Professional measurement system for field and range use

EB-MK ONE Ballistic Radar - professional measurement system

Radar-Based All Calibers D2S Integration German Engineering

EB-MK ONE: Endless Possibilities

From ammunition development to precision shooting - discover the full potential of measured ballistic data.

Applications

Who Uses the EB-MK ONE and Why

Ammunition Manufacturers

Ammunition manufacturers in the USA, Canada, and Europe use the EB-MK ONE to validate projectile performance across production lots, verify drag behavior against design specifications, and generate independently measured ballistic data for product documentation, customer data sheets, and defense contract compliance. The EB-MK ONE replaces theoretical BC estimates with data derived from the actual production rounds being shipped.

Defense Procurement Programs

Defense programs procuring ammunition at scale need certified ballistic performance data - not manufacturer-supplied specifications. The EB-MK ONE provides independently measured downrange velocity profiles and drag data that support acceptance testing, ammunition qualification, and fire-control system calibration for allied defense forces in the USA, Canada, Europe, and Australasia.

Precision Shooting Teams and Long-Range Competitors

At ranges beyond 1,000m, the difference between a published BC estimate and measured drag behavior can mean a complete miss. Long-range precision shooters and competitive teams use the EB-MK ONE to build load-specific measured drag profiles for every bullet and powder combination in their programme - producing firing solutions that hold at extreme distance.

Research Institutions and Ballistic Laboratories

Universities, government research institutions, and private ballistic laboratories engaged in projectile development, drag characterisation, and external ballistic modelling rely on radar-derived measurement data. The EB-MK ONE provides the measurement resolution and data export capability required for rigorous scientific and engineering work.

Engineering Heritage

Built on German Radar Expertise - Evolved for the CEBAR Ecosystem

The EB-MK ONE was not built from scratch. It carries the engineering DNA of Evo-Ballistix - a German precision ballistic measurement company whose radar technology and methodology set the professional standard for downrange velocity measurement.

CEBAR Industries acquired and evolved this expertise as part of its broader precision optics and ballistic intelligence ecosystem. The EB-MK ONE is the current expression of that heritage - a professional ballistic radar instrument that integrates with the D2S digital fire-control scope to form a complete measurement-to-engagement platform: measure the bullet's actual drag behavior with EB-MK ONE, import that data into the D2S, and engage with a firing solution based on measured physics rather than published estimates.

Visit evo-ballistix.de

EB-MK ONE ballistic radar field operation

Evo-Ballistix - German Ballistic Radar Engineering

German Radar Engineering

For full technical specifications, product documentation, and application case studies, visit evo-ballistix.de.

Ecosystem Integration

Measure with EB-MK ONE. Engage with D2S.

Import measured drag profiles directly into the D2S ballistic computation engine for firing solutions based on measured physics.

Discover D2S

Knowledge Base

Questions About the EB-MK ONE?

Find detailed answers covering the difference to a chronograph, radar technology, D2S integration, EXPERT software, and the full measured drag profile explained - including 8 advanced technical questions.

What is the difference between the EB-MK ONE and a chronograph?
Why does a single BC number become inaccurate at long range?
How does the EB-MK ONE integrate with the D2S scope?

View All EB-MK ONE FAQs

Get In Touch

Enquire About the EB-MK ONE

Whether you are evaluating the EB-MK ONE for ammunition production validation, a defense procurement programme, or precision shooting data development - our team is ready to provide technical specifications, measurement methodology documentation, and supply information.

info@cebar-industries.com Visit evo-ballistix.de