RFID Chip Timing

Professional Race Timing for Every Finish Line

Accurate RFID chip timing for 5K/10K runs, mountain bike races, and nordic ski events. Proudly serving northwestern Wisconsin.

Book Your Event Our Services

Services

Accurate, reliable RFID chip timing for small and medium endurance events. We handle the technology so you can focus on your race.

Running

5K & 10K Events

Precise split tracking, real-time results, and instant finish-line data for every participant.

Mountain Biking

Trail & XC Races

Multi-lap and point-to-point timing. Durable RFID systems built to handle rugged trail conditions.

Nordic Skiing

Cross-Country Races

Interval start and mass start timing. Cold-weather reliable equipment and quick results posting.

How It Works

From booking to results, we make race timing simple and stress-free.

01

Book

Reach out with your event details. We'll confirm availability and provide a quote.

02

Prep

We coordinate on course layout, timing points, and participant data ahead of race day.

03

Race Day

We arrive early, set up all timing equipment, and manage chip tracking throughout the event.

04

Results

Official results posted quickly. Participants and organizers get full timing data.

About

Dynamic Race Timing is a two-person team based in northwestern Wisconsin. We started DRT because we're endurance athletes ourselves — runners, mountain bikers, and skiers who know how much accurate timing matters.

As a small operation, we offer the kind of personal, hands-on service that larger timing companies can't match. We work directly with race directors to make sure every event runs smoothly, from setup to final results.

Whether it's a local 5K, a mountain bike race, a gravel race, or even a nordic ski event, we bring reliable RFID chip timing and a genuine passion for the events we time.

Get in Touch

Planning an event? We'd love to hear from you. Reach out and let's talk timing.

Email us

Email Us

We typically respond within 24 hours. Please include your event date, location, and estimated participant count.