
Garmin Xero C1 Pro Chronograph
Precision Velocity Measurement for Serious Shooters
The Garmin Xero C1 Pro Chronograph delivers accurate projectile velocity readings from 100 to 5,000 fps in a compact, pocket-sized package. Built for shooters and archers who need reliable ballistics data, this chronograph combines precision measurement with field-ready portability.
Key Features
- Wide Velocity Range: Measures projectiles from 100 to 5,000 fps with consistent accuracy
- Compact Design: Fits in your back pocket at just 3.03″ x 2.38″ x 1.36″ without tripod
- Quick Setup: Button-operated interface gets you measuring velocities fast
- ShotView App Integration: Organizes velocity data on your smartphone for easy analysis
- Ballistics Support: Provides data you need for equipment tuning and load development
- Tripod Ready: Includes tripod mount for stable positioning
Specifications
| Dimensions (without tripod) | 3.03″ x 2.38″ x 1.36″ |
| Dimensions (with tripod) | 5.1″ x 4.5″ x 5.5″ |
| Weight (without tripod) | 105.6 g |
| Weight (with tripod) | 161 g |
| Velocity Range | 100 to 5,000 fps |
Frequently Asked Questions
What projectiles can the Xero C1 Pro measure?
The chronograph measures any projectile within the 100 to 5,000 fps range, including bullets, arrows, and other projectiles used in shooting sports.
How portable is this chronograph for field use?
The unit weighs just 105.6 grams without the tripod and measures 3.03″ x 2.38″ x 1.36″, making it small enough to carry in your back pocket.
Does the ShotView app require an internet connection?
The ShotView smartphone app organizes your velocity data directly on your phone, but specific connectivity requirements depend on your device and app version.
Can I use this chronograph without the tripod?
Yes, the chronograph functions without the tripod mount. The tripod provides stable positioning but is not required for operation.
What type of ballistics calculations does this support?
The velocity data helps with equipment tuning and load development calculations, providing the foundational measurements needed for ballistics analysis.