01Single Athlete Timing Solution
- Typical Use
- Individual sprint training, cycling speed testing, basic start-to-finish timing
- Recommended Product
- B-01, S-001
Solutions
Electronic Timing System Solutions for Different Sports and Timing Projects
01TIMER provides electronic timing systems for individual training, school sprint testing, professional track and field training, rally racing and hill-climb events.
Whether you need a simple portable wireless timer or a high-precision timing system for professional events, we can recommend a suitable product combination based on your project requirements.
We also support small and medium-sized OEM and custom orders, including branding, software interface, language, timing rules, and project-specific system development.
02School Sprint Testing Solution
- Typical Use
- PE classes, school fitness tests, youth sprint testing
- Recommended Product
- S-400
03Track & Field Training Solution
- Typical Use
- Professional sprint training, split timing, athlete performance analysis
- Recommended Product
- S-400
04Rally Timing Solution
- Typical Use
- Rally racing, hill climb, stage timing, professional motorsport events
- Recommended Product
- ML-01, ST-1000
05Understanding Wireless Electronic Timing Systems from Scratch
- Guide
- Learn how wireless electronic timing systems work, including infrared, laser, RFID and high-speed camera timing.
- Admin · March 10, 2026
06How to Time a Shuttle Run Accurately
- Guide
- Set up a repeatable shuttle-run test, compare stopwatch and electronic timing, and plan the right gate layout.
- Editorial guide · 2026
TIMING GUIDESMore timing system
More timing system
principles and use cases
Learn how different timing systems work and how to choose the right setup for your training, testing or event project.
- Why Sports Training Programs Choose the S-400 Wireless Timing SystemLearn why coaches, schools and training venues choose the S-400 wireless timing system for sprint timing, split timing, multi-point testing and portable sports performance measurement.
- How to Choose a Sprint Timing System: What Coaches Should Check Before BuyingA practical guide to choosing a sprint timing system, including laser timing gates, wireless range, split timing, setup speed, sensor count and why S-400 is a strong option for serious training.
- How a Sports Club or Training Team Should Choose the Right Timing SystemLearn how sports clubs, schools and training teams should choose a wireless timing system for sprint testing, multi-point training, club events and long-term performance measurement.
- How to Choose a Wireless Timing System for Sprint TrainingA practical sprint timing guide for coaches comparing portable kits, laser timing gates, timing distance and LED display needs.
- Laser Timing Gates vs Manual Stopwatch TimingWhy laser timing gates give coaches cleaner, more repeatable results than hand timing for sprint and performance testing.
- How Many Timing Gates Do You Need for Sports Testing?A simple guide to timing gate count for sprint timing, split timing, shuttle runs, school testing and venue setups.
- Sprint Timing System Setup Guide for CoachesSetup notes for coaches using wireless timing systems and laser gates for 30m, 40m, 60m and 100m sprint testing.
- Wireless Timing System for Schools and ClubsA buying guide for PE teachers, schools, clubs and mobile testing teams choosing portable timing equipment.
- LED Result Display for Race Timing SystemsWhen to add an LED result display to sprint, school event, club testing and venue timing systems.
- Portable Timing Kit vs Configured Venue Timing SystemChoose between a portable timing kit and a configured venue system by test layout, timing points, result visibility and daily operating workflow.
Planning and setup guides
Choose a timing system, plan a shuttle-run test, compare wireless and wired layouts, or prepare equipment for a session. For field testing, use the 40-yard dash setup guide, 5-10-5 timing guide, and timing-gate alignment guide. For longer sprint work, use the 30m, 60m and 100m protocol; for motorsport events, review the rally checkpoint workflow. For equipment comparisons, read the photocell versus laser guide; for school programs, use the school testing template. For change-of-direction testing, use the 505 agility guide; for circuit events, review the multi-lap workflow; and for start measurements, read the reaction-time guide. For product-specific planning, use the S-001 individual-test setup, S-003 two-lane workflow, or S-400 venue-planning guide. For other product formats, read the S-002 shuttle-run workflow, S-004 four-channel guide, or S-007 multi-point layout guide. For portable, multifunction and extended-course work, use the B-01 field workflow, CS-003 mode-planning article, or S-006 course survey. For start-line operation and finish review, read the B-02 field notebook, S-009 solo sprint decision guide, or ST-1000 camera review guide. For multi-lap result checks and public result presentation, use the S-005 result-review guide, LED display placement guide, or ML-01 and X-001 PLUS fit guide. To compare portable and multifunction packages or prepare field spares, use the B-01 and B-02 comparison, CS-003 and CS-003 PRO comparison, or field spare-parts checklist. For a product comparison by start method, lane capacity or future expansion, read the S-001 and S-009 start-method guide, S-003 and S-004 capacity guide, or S-007 and S-400 expansion guide. For course shape, route measurement and finish evidence decisions, use the S-002 and S-005 course comparison, S-006 and S-007 route comparison, or ST-1000 camera and laser gate guide. For school event displays, start commands and a first multifunction-kit session, use the school sports day LED plan, Small Speaker start workflow, or CS-003 first-session checklist.
Sports timing systems for training, track and events
A useful sports timing system starts with the test format. A coach timing one sprint lane needs a different layout from a school running two lanes or an event team recording several split points. Electronic timing gates remove the reaction delay of a handheld stopwatch and give each athlete the same start and finish trigger.
Match the timing device to the session
- S-009 sprint laser timer for portable start-to-finish tests and athlete benchmarking.
- S-003 dual-track timing system for two lanes running in the same session.
- S-007 multi-point laser timing system for acceleration splits and interval analysis.
Before selecting hardware, compare the measurement method in the photocell and laser timing gates guide. Use the session-format selection matrix to map the operating layout, then review the wireless timing system buying guide for portability, gate count and display criteria.
Choose by operating workflow
| Session | Result need | Planning guide |
|---|---|---|
| Training day | Fast resets, repeatable lanes and useful splits | Track timing system setup |
| Club meet | Lane ownership, staff roles, result review and backup | Training versus meet workflow |
| Flying sprint | A fixed run-in and defined timed zone | Flying sprint timing gates |
| Shuttle comparison | Consistent protocol and result context across sessions | Compare shuttle run times |
| Split profile | Choose 5 m or 10 m points for a defined speed question | 5 m vs 10 m splits |
| Repeated sprint | Keep athlete order, recovery and every effort visible | Repeated sprint test |
| Outdoor session | Record wind, surface, beam height and course state | Outdoor conditions |
Questions coaches ask before choosing a timing system
Which system fits a single sprint lane?
Start with a one-lane start-to-finish workflow, then confirm the start method, distance, display and current package.
When is split or multi-point timing useful?
Add timing points when an intermediate result answers a defined coaching question, such as acceleration or segment performance.
Can a training timer be used for an official meet?
Official competition must follow the timing, certification and staffing rules of its governing body. Check those rules before selecting equipment.