The $2,500 Question
If you are researching sprint timing gates, you have probably seen the price tags. Brower TC timing gates start at $2,500 for a two-gate system. Freelap runs $1,200 to $1,800. SmartSpeed Pro is around $2,000. DASHR sits in the $800 to $1,200 range depending on configuration.
Here is the uncomfortable truth most vendors will not tell you: for sprint training, you do not need them. Most athletes and coaches do not need 0.001-second precision -- they need consistent, repeatable timing data. A timing system that varies by 200ms (handheld stopwatch) is useless for tracking progress. One that is consistently within 4ms (camera-based timing like TrackSpeed) gives you real progress data. Wind, temperature, and fatigue affect your times more than the difference between TrackSpeed and $3,000 laser gates.
This guide walks through what each timing method actually delivers, what it costs, and when each one makes sense. If you are about to spend thousands of dollars on laser gates for everyday training, read this first.
What You Actually Need for Sprint Training
The sprint timing equipment market pushes absolute precision as the metric that matters. It does not. What you actually need for effective training is consistency.
A timing system that gives you 5.12s one run and 5.35s the next for an identical effort is worthless -- you cannot tell if you got faster or if the measurement changed. A system that consistently gives you within 4ms of the true time lets you see a genuine 0.05s improvement because that improvement is larger than the noise floor.
Consider the factors that affect your sprint times in training:
- Wind: A 2 m/s headwind or tailwind changes your 40-yard time by 50-80ms
- Temperature: Running in 45°F vs 75°F shifts times by 30-50ms
- Warm-up quality: An extra activation drill or one fewer dynamic stretch can swing times by 100ms+
- Fatigue: Run 2 vs run 8 in a session can differ by 200ms+
The difference between 4ms accuracy (TrackSpeed) and 1ms accuracy (expensive gates) is 3ms. That is lost in the noise of everything else happening during training. What matters is that your timing method does not add its own 200ms of random variability on top of these real factors.
TrackSpeed vs Timing Gates: The Real Comparison
Here is how TrackSpeed stacks up against laser gate systems on the metrics that actually matter for daily training.
| Feature | TrackSpeed | Laser Gates | Winner |
|---|---|---|---|
| Cost | $0-50/year | $2,500-3,000 | ✅ TrackSpeed |
| Setup Time | 30 seconds | 5-10 minutes | ✅ TrackSpeed |
| Portability | Phone in pocket | 20+ lb carrying case | ✅ TrackSpeed |
| Accuracy | ~4ms | ~10ms* | TrackSpeed (tie) |
| Battery Life | All day | 8 hours, needs replacements | ✅ TrackSpeed |
| Weather Resistant | Standard phone case | Needs protective housing | ✅ TrackSpeed |
| Multi-Device Sync | Built-in (free) | Requires extra hardware | ✅ TrackSpeed |
Bottom line: Laser gates cost 50x more for the same training accuracy. The only advantages they offer -- marginally faster trigger response and established brand recognition -- do not translate to better training data in practice.
When Timing Gates Actually Make Sense
To be fair, there are three narrow cases where laser timing gates are justified:
1. Research Labs
If you are publishing peer-reviewed research on sprint biomechanics or performance, you need timing systems that meet academic standards for precision and can be cited in methods sections. Laser gates have established validation studies and known error bounds that reviewers accept. Camera-based timing is still building that research credibility.
2. Division I Programs
If you already have a $50,000+ equipment budget, the cost of laser gates is a rounding error. At that level, buying established equipment the athletes are familiar with from competitions can make sense for consistency between training and race environments -- even if the actual timing accuracy is no better.
3. Testing 10+ Athletes Simultaneously
If you need to run multiple timing points at the same time (e.g., 10m, 20m, 30m, 40m splits for an entire team running drills concurrently), a multi-gate system with synchronized wireless triggers can handle that in a way that is hard to replicate with phones. The economics shift when you are timing that many athletes in parallel.
If you are not in one of these three categories, you are overpaying. For high school teams, club athletes, personal trainers, and serious recreational runners, camera-based timing delivers everything you need at a fraction of the cost.
The Hidden Costs of Timing Gates
The advertised price for laser timing gates is just the beginning. Here is what vendors do not tell you up front:
- Brower TC system: $2,500
- Freelap system: $1,200-1,800
- SmartSpeed Pro: $2,000
- DASHR: $800-1,200
- Battery replacements: $200
- Tripods (not included): $200
- Carrying case: $150
- Replacement parts: $100-300
3-year total cost of ownership:
| System | Initial | Year 2-3 | Total |
|---|---|---|---|
| Brower TC | $2,850 | $300/year | $3,450+ |
| Freelap | $1,550 | $300/year | $2,150+ |
| SmartSpeed | $2,350 | $300/year | $2,950+ |
| TrackSpeed | $0 | $50/year (optional Pro) | $100 |
Beyond the direct costs, there are hidden time costs:
- Setup time: 5-10 minutes at every session to align gates, position tripods, and verify beam connection
- Teardown: 5 minutes to pack equipment safely
- Transport: Carrying 20+ lbs of equipment to and from the track
- Maintenance: Cleaning lenses, checking alignment, testing batteries
- Risk: Damage from drops, weather, or theft
"But What About Accuracy?"
This is the objection gate vendors lean on. Let us look at the actual numbers:
That 6ms difference is the entire argument for spending $2,500 on gates. Now let us put it in context:
- Wind variance: 50ms+ (8x larger than the timing difference)
- Temperature variance: 30ms+ (5x larger)
- Warm-up quality: 100ms+ (16x larger)
- Daily readiness: 50-150ms (8-25x larger)
The 6ms accuracy difference between TrackSpeed and laser gates is noise compared to the real factors affecting your sprint times. What matters for training is consistency -- and TrackSpeed is just as consistent as gates, at 1/50th the price.
For more detail on how camera-based timing achieves this level of accuracy, see our technical breakdown on how TrackSpeed works.
Overview of All Timing Methods
For completeness, here is how all five common timing methods compare:
| System | Price | Accuracy | Setup | Best For |
|---|---|---|---|---|
| FAT | $10,000+ | 0.001s | Fixed install | Official competitions |
| Brower TC | $2,500 | ~10ms* | 5-10 min | D1 programs, research labs |
| Freelap | $1,200-1,800 | ~10ms* | 5-10 min | Large team budgets |
| SmartSpeed | $2,000 | ~10ms* | 5-10 min | Large team budgets |
| TrackSpeed | $0-50/year | ~4ms | 30 sec | Everyone (training & daily use) |
| Stopwatch | <$20 | ~200ms | None | Rough estimates only |
What Coaches Are Saying
"We switched from Brower gates to TrackSpeed halfway through the season. Same data quality, zero setup hassle. The athletes love being able to review their finish frame right after the run."
"I was skeptical about phone-based timing until I ran a side-by-side comparison with our Freelap gates. TrackSpeed matched within milliseconds on 40 consecutive runs. We still use the gates for combine testing, but for daily training it is TrackSpeed all the way."
"The biggest difference is setup time. Our laser gates sat in the equipment room because setting them up took 10 minutes we did not have at 6am practice. TrackSpeed is 30 seconds -- we actually use it."
How to Choose the Right System
Ask yourself these three questions:
1. Do you need official competition certification?
Yes: FAT system (but you will be at a venue that already has one installed)
No: Move to question 2
2. Do you want consistent training data?
Yes: TrackSpeed gives you everything you need -- ~4ms accuracy, automatic session logging, finish frame review, multi-phone sync for split timing, and zero setup hassle. This is the answer for training, whether you are a casual runner, high school team, D1 program, or research lab.
The Bottom Line
Timing gates are not a bad product. They work. The problem is they are solving a problem most athletes and coaches do not have. If you need 0.001s precision for official competition results, you are at a venue with a FAT system. If you need established validation for research, laser gates make sense.
But if you are a high school team, a club athlete, a personal trainer, or a serious runner trying to get faster, spending $2,500 on laser gates gets you nothing meaningful over a $0 camera-based system. The 6ms accuracy difference is noise. The real training variables -- wind, temperature, warm-up, fatigue -- are 10-50x larger than that measurement difference.
Stop overpaying for timing gates. Use TrackSpeed and spend the $2,500 you save on a coach, a training program, or actual sprint workouts. That will make you faster. Slightly more precise timing equipment will not.
Stop overpaying for timing gates
Download TrackSpeed and get the same training insights as $2,500 laser gates -- for free.
Artigos relacionados
Sistemas de cronometragem de sprints comparados: portoes laser vs camera vs cronômetro
Um comparativo objetivo dos metodos de cronometragem de sprints mais comuns — precisão, custo, consistencia e qual e o melhor para sua situacao.
Como cronometrar as 40 jardas com precisão usando seu telefone
Aprenda a obter tempos confiaveis e repetitivos de 40 jardas usando apenas seu phone — sem portoes laser caros ou erros de cronômetro.