-7 %
Labradar LX
Price at the dealer: 700 €. Converted at the ECB rate as of November 04, 2026.
No permit required (18+)
25710 Vreta, Finland
0
ID: 11470731
Purchase from outside the EU: The firearm goes through an importer in your country, the dealer handles the export.
How buying from Europe works
Shop safely with Gunfinder
Our AI-powered seller identity verification makes Gunfinder the safest marketplace online.
Learn more
Details
- Category
- Condition
- New
- Location
- 25710 Vreta, Finland
- Availability
- In stock
Freshness
This listing is based on a mirrored offer, where the listing data was synced to us from a shop, dealer, or external marketplace. Please note that temporary price discrepancies may occur due to possible delays in data transmission.
- Source
- MILDOT Finland
- Last updated
- 14 minutes ago
Description
Note:
The item is located abroad. Please note that delivery conditions, shipping times, and/or the purchase process may differ.
Brought to you by Infinition, the original inventors of the personal Doppler Radar Chronographs.
Labradar is used by more ELR shooters than any other chronograph.
Operating at a staggering 60GHz, the design is ultra-compact and portable.
The integrated rechargeable battery simplifies its operation, and the new algorithms allow for a smoother, easier use of the device.
New 32 deg wide beam to aid alignment (the sight tube is not needed).
Sturdy metal case protects the unit from falls, muzzle blast, etc.
Bright & Crisp Display, which is also recessed for protection from scratches and other damage.
It is packed with features including:
Tough Metal Case
Weapon mountable
Extreme Accuracy of +/- 0.1%
Use for Rifles, Pistol, Archery, Air Guns, Paintball, Shotgun Slugs
Long Lasting Internal Rechargeable Battery
Velocity Range of 65 to 5,000 fps.
Bright LCD Screen for outdoor viewing
Built in IPSC / IDPA Power Factor and Ke Calculator
Displays Average, ES, SD, Min, Max Velocity
Compact size : 2.5″ X 2.75″ X 2.75″
Bluetooth Mobile App
Tripod included
MADE IN CANADA
Whats in the box:
Labradar LX
USB charging cable
tripod with extendable legs
Labradar downloads (manual, software updates..): mylabradar.com/download
Labradar quick setup guide
Labradar Software update instruction
Optimize Accuracy with Labradar LX’s Ballistic Coefficient Feature
The Labradar LX has taken a significant step forward for shooters and ballistics enthusiasts by introducing a Ballistic Coefficient (BC) calculation feature. This feature adds a powerful tool to enhance projectile performance insights, focusing on factors like drag, trajectory, and accuracy. With BC calculation capabilities, the Labradar LX empowers users to make informed adjustments for improved accuracy and efficiency in various shooting applications.
What is Ballistic Coefficient (BC) and Why Does It Matter?
The Ballistic Coefficient (BC) quantifies a projectile’s ability to overcome air resistance as it travels. A high BC means the projectile resists drag more effectively, maintaining speed and accuracy over greater distances. For shooters, the ability to measure BC enables:
Improved Trajectory Prediction: Calculate bullet drop over distances to achieve precise aiming.
Wind Drift Estimation: Predict how wind conditions impact a projectile’s flight path.
Reload Optimization: Adjust and refine bullet loads to reach optimal performance.
How the Labradar LX Calculates Ballistic Coefficient (BC)
The Labradar LX provides BC calculations through three key stages: measuring velocity, calculating drag, and computing the BC. Each stage brings shooters closer to an accurate analysis of projectile performance.
1. Velocity Measurement
The Labradar LX tracks the projectile’s speed across multiple distances, building a velocity profile that shows how quickly it decelerates. This information forms the foundation of BC calculation, giving insight into the bullet’s velocity changes as it travels.
2. Drag Coefficient Calculation
With the recorded velocity data and environmental inputs, including ambient temperature and barometric pressure, the Labradar LX calculates the drag coefficient. Considering specific atmospheric conditions, this value reflects how air resistance affects the projectile’s flight.
3. BC Calculation
Once the drag coefficient is determined, the Labradar LX calculates the G1 and G7 Ballistic Coefficients. These coefficients provide a clearer understanding of the projectile’s aerodynamic efficiency and resistance to air drag.
While this method may not reach the absolute precision of advanced Doppler radar systems that track velocity along the entire flight path, it remains an effective, cost-efficient option for most users.
Setting Up the Labradar LX for Accurate BC Measurement
To get the most accurate readings, setting up the Labradar LX correctly is essential. Follow these steps for optimal BC calculation:
Create a New Series: Initiate a new session for each BC measurement.
Input Environmental Enter temperature and pressure values to factor in environmental variables.
Position the Labradar LX Correctly: To minimize parallax error, place the device 4 to 8 inches behind the muzzle, with a 4-inch lateral offset from the barrel.
Fire 20 to 30 Shots: For consistent results, aim for a series of 20-30 shots, discarding any outliers to avoid data skew.
Understanding and Minimizing Parallax Error
As with any radar, Parallax error occurs when the radar does not align precisely with the projectile’s path, impacting measurement accuracy. By positioning the Labradar LX slightly behind and offset from the barrel, users can significantly reduce parallax impact. The Labradar LX also includes algorithms that compensate for parallax to refine accuracy further.
Benefits of the Labradar LX’s Ballistic Coefficient Feature
1. Long-Range Precision Shooting
The Labradar LX’s BC calculation allows long-range shooters to adjust for bullet drop and drift, resulting in more precise, consistent shots over long distances.
2. Reloader Optimization
BC data is invaluable for reloaders who want to customize their loads. The Labradar LX provides the details necessary to fine-tune bullet loads, enhancing overall performance for specialized requirements.
3. Practical and Cost-Effective
Compared to high-end Doppler radar systems, the Labradar LX offers a good BC estimate without the heavy investment. It may not replace top-tier systems for complex, high-precision analyses, but it stands out as a reliable and accessible tool for the average user.
Bringing Precision to the Forefront with Labradar LX
The Labradar LX’s Ballistic Coefficient calculation feature introduces a new level of precision and accessibility for shooters and ballistic professionals. The Labradar LX provides critical data that enhance long-range shooting accuracy and load optimization by tracking projectile velocity, calculating drag, and computing BC. It’s an affordable solution for shooters looking to refine their skills and make informed adjustments without needing premium radar systems.
