Dashr vs Freelap: Which Timing System Is Right for You?
Compare two leading athlete timing systems to find the perfect fit for your training goals, budget, and performance tracking needs.
Choose Dashr if you coach multi-athlete sessions requiring agility testing, real-time app data, and modular gate expansion; choose Freelap if you are a solo athlete running linear drills and need a simple, low-footprint setup. Neither system suits every situation, and the difference in architecture, laser gate versus radio-frequency transponder, ultimately determines which one matches how you actually train.
- Hand Timing Error: 0.2 to 0.5 Seconds: Both systems beat hand timing by a wide margin, since operator error alone introduces 0.2 to 0.5 seconds of uncertainty per split.
- Freelap Works Solo, Dashr Works for Groups: Freelap was designed for athletes training without a coach; Dashr was built around structured group sessions where real-time data and roster management actually get used.
- On multi-directional drills like a pro-agility shuttle, a transponder mat depends on predictable foot placement, and on a course with fast direction changes that reliability breaks down.
- Phased Expansion Costs Around $1,365: Starting with the 3-Gate System at $990 and adding a 1-Gate Add-On at $375 gets you four-gate capability for $1,365, just slightly above the standalone 4-Gate price of $1,300.
- Ask whether you time individuals or groups, whether you need agility protocols or just straight sprints, and how much live data delivery matters during the session itself.
Where to start
Dashr 5-Gate Wireless Timing System for Athletic Performance Testing & Progress Tracking
Dashr 1-Gate Add-On Timing System Upgrade for Precision Training and Performance Tracking
Two Timing Systems, Two Different Philosophies
Dashr and Freelap are both laser-based wireless timing systems used by coaches and athletes to measure speed and agility. They solve the same basic problem, but they approach it differently enough that the right choice depends heavily on what you are actually trying to measure and how you run your sessions.
Freelap built its reputation as a solo-athlete tool. A transponder on the wrist or ankle picks up signals from small transmitters placed on the ground, and the system records splits automatically without needing a second person. That simplicity is genuinely useful for distance runners, cyclists, and individual athletes who train alone. Dashr takes the opposite approach: it is a gate-based laser system designed around multi-athlete testing sessions, real-time data delivery to a mobile app, and a modular architecture that grows with your program. Both have real merit, and neither is the clear winner in every situation.
How Each System Actually Works
Freelap uses radio-frequency transponders. Short rectangular transmitters lie flat on the ground at the start and finish of a course, and an athlete wearing a small chip receiver crosses over them to log a time. The system is passive from the athlete's point of view, which means no one needs to press a button. Accuracy is generally reported at around 0.03 seconds, which is adequate for many training purposes but sits slightly behind the precision of a dedicated laser gate.
Dashr uses laser beams stretched between a transmitter module and a reflector. When an athlete breaks the beam, the system logs the time and pushes the data to the Dashr app via Bluetooth. The Dashr|Blue laser modules are rated for a range of up to 100 meters, and the system handles indoor and outdoor conditions, with optional heat shields for direct sunlight. Because the beam is broken by the body crossing it, rather than a chip passing over a field, the timing event is precise and immediate.
The practical difference: Freelap is better suited to linear runs where an athlete passes over a flat surface. Dashr gates sit at chest or shin height and cover the full width of a lane, which is why the system works equally well for short sprints, agility courses, pro-agility drills, T-tests, and lane agility patterns. You cannot really do a T-test with a flat transponder on the ground.
Gate Count and Setup Flexibility
Dashr sells in configurations from a single gate up to a five-gate system, and the modular design means you can start smaller and expand. The 3-Gate System, for instance, supports three tall gates on regular tripods and one short gate on mini tripods, which gives you enough hardware to run a pro-agility or T-test without buying more than you need. The 5-Gate System supports up to five tall gates or two short ones, covering almost every common athletic testing protocol in a single kit.
Freelap's configuration is simpler: you place transmitters at fixed points along a straight course. Adding more split points means buying more transmitters. The system is elegant for linear work but does not lend itself to the kind of multi-directional agility testing that a gate-based setup handles naturally. If your primary use case is timed 40-yard dashes, 10-meter fly-ins, or straight-line splits, Freelap's approach is clean and effective. If you need to time direction changes, the architecture works against you.
Data Management and the App Experience
This is probably where the two systems diverge most visibly day to day. Dashr routes all timing data to its mobile app in real time, and the app includes a full athlete management system. You can build rosters, assign athletes to drills, review split history, and export records. The 3-Gate and 4-Gate systems ship with 10 free roster spots, and you can expand the roster for larger programs. The 5-Gate System also includes those 10 starter spots with room to grow. For a coach tracking twelve athletes through a six-week training block, that infrastructure is genuinely useful.
Freelap's data handling is more manual. Times are logged to the chip receiver and then transferred to a companion app or synced to a computer. The workflow is fine for an individual athlete keeping their own records, but it adds steps for a coach who wants to manage multiple athletes simultaneously. There is no live broadcast of results to a screen or assistant during the run, which is a meaningful limitation in a group setting.
Dashr also supports vertical jump measurement as an optional add-on feature across several configurations, including the 3-Gate, 4-Gate, and 5-Gate systems. That kind of versatility, testing sprints, agility, and jump height from a single hardware platform, matters when you are trying to keep equipment costs and complexity in check. If you are setting up a thorough athletic testing station, the Dashr ecosystem covers more of that ground in one purchase.
Accuracy, Reliability, and Conditions
Both systems are significantly more accurate than hand timing, which research consistently shows carries an error of 0.2 to 0.5 seconds per split depending on the operator. The question is whether the accuracy gap between Freelap and Dashr matters for your use case.
For most training and performance monitoring purposes, both systems deliver data precise enough to detect meaningful changes week over week. Where precision matters more, such as combine preparation or head-to-head comparison of two athletes on the same day, a laser gate that fires exactly when the body crosses the beam has a structural advantage over a transponder system that depends on the chip's distance from the mat at the moment of crossing.
For outdoor use, Dashr's heat shields address a real problem. Laser-based systems can be thrown off by direct sunlight hitting the receiver, and having a factory-supported solution rather than improvising shade is a practical advantage in summer training environments. Dashr hardware is also built to travel: the aluminum carrying case that ships with the multi-gate systems protects the laser modules and tripods during transport between facilities.
Price Comparison by Configuration
Freelap's entry point is lower, which is a genuine advantage if budget is the primary constraint. A basic two-point setup costs well under $500. Dashr starts slightly higher per configuration, but you are buying a more capable system. The table below shows how Dashr's lineup is priced across gate counts, which helps clarify what you actually get at each step.
| Model | Gates | Roster Spots | Price |
|---|---|---|---|
 Dashr 1-Gate Timing System for Athletic Performance Testing with Wireless Control & Vertical Jump Feature |
1 | Not published | $375 |
 Dashr 2-Gate Timing System for Athletic Testing, Bluetooth Integration, Real-Time Data & Portable Design |
2 | Not published | $690 |
 Dashr 3-Gate Wireless Timing System for Speed & Agility Performance Testing |
3 | 10 free | $990 |
 Dashr 4-Gate Wireless Timing System for Speed and Agility Testing with Real-Time Data |
4 | Unlimited | $1,300 |
| Dashr 5-Gate Wireless Timing System for Athletic Performance Testing & Progress Tracking |
5 | 10 free | $1,600 |
The 1-Gate Add-On ($375) is worth noting separately. If you already own a Dashr system and want to expand it, the add-on converts a 2-Gate into a 3-Gate setup without buying a full new kit. That modular upgrade path is something Freelap does not offer in the same way, and it means a Dashr investment can scale incrementally rather than requiring a full system replacement when your program grows.
Who Dashr Is Built For
Dashr makes the most sense for coaches and facilities that run structured testing sessions with multiple athletes. If you are timing football combine drills, soccer speed assessments, or performance evaluations for a high school or college program, the combination of real-time app delivery, laser precision, multi-drill support, and expandable rosters gives you a tool built for that workflow. The ability to run a 40-yard dash and a pro-agility shuttle back to back, in the same session, with the same hardware, saves time and reduces the operational complexity of a testing day.
The system is also a good fit for private performance facilities that want to offer objective testing as part of their service. Athletes respond differently to data they can see immediately on a screen versus a coach reading a stopwatch, and Dashr's app delivers that experience without extra hardware. You can find the full Dashr lineup, as well as other timing systems for different program sizes and sport contexts, in PPW's collection.
For a deeper look at how the gate configurations compare across real testing protocols, the 1-to-5-gate breakdown covers each system's strengths in more detail, including which drills each configuration handles best.
Who Freelap Is Built For
Freelap's strongest use case is the solo or semi-solo athlete who trains without a dedicated coaching staff. Cyclists, track athletes, and rugby players who need to self-time interval work without relying on a partner have found it genuinely useful. The system is lightweight, the setup takes under a minute, and for straight-line work it delivers reliable splits automatically.
If your training is predominantly linear and your primary question is "how fast did I run this stretch today compared to last week," Freelap answers that question cleanly. The lower entry price is also a real factor for individual athletes who are not running group sessions and do not need athlete management or multi-drill support.
The limitation is that Freelap was not designed for the group testing environment. It does not push live data to a coaching app, it does not support direction-change drills in the same way, and the roster management infrastructure simply is not there. Using it with a team of athletes means more manual data handling, which can become a real bottleneck on a testing day.
Agility Testing: The Critical Difference
Multi-directional agility tests are where the two systems diverge most sharply in practical terms. A 5-10-5 pro-agility shuttle, a T-test, or a lane agility pattern all require timing gates positioned at specific points that an athlete passes through at speed, often from different angles. A laser gate handles this naturally because it spans the width of the lane and fires whenever the beam breaks, regardless of the athlete's angle of approach.
A transponder system requires the athlete to pass directly over a flat mat. On a straight course that is fine. On an agility course with rapid changes of direction, foot placement becomes less predictable, and the chance of a near-miss, where the foot does not cross directly over the mat, becomes a real concern. Coaches who have tested both systems in this context generally report that laser gates are more reliable for agility work.
For anyone whose primary interest is testing across multiple sprint and agility protocols in the same session, a gate-based system is the more dependable choice. The Dashr 3-Gate and 4-Gate systems, in particular, are priced at a level where the agility testing capability becomes accessible without buying the full five-gate setup.
Expandability and Long-Term Value
One of the more underappreciated aspects of the Dashr system is how the modular design affects long-term cost. Starting with a 3-Gate System at $990 and adding the 1-Gate Add-On at $375 to reach a 4-gate capability costs $1,365 total, just slightly more than the standalone 4-Gate System at $1,300. That small premium buys you a phased investment path: spend what you need now, and add hardware when your program justifies it.
For youth programs and growing athletic departments, that flexibility matters. A coach working with a middle school team does not necessarily need a five-gate system in year one, but they might by year three. Buying into a platform that scales without replacing hardware is a different financial proposition than buying a fixed system and replacing it entirely when needs change. If you are building out a speed and agility testing program, understanding what young athletes actually need from a timing system is a useful starting point before committing to a configuration.
Freelap does not offer the same kind of modular upgrade path. Adding splits means adding transmitters, but the fundamental architecture stays the same. That is not a criticism so much as a design choice that reflects the system's individual-athlete focus. For a solo user, there is no program to grow, so modular expansion is less relevant.
Making the Decision
The choice between these two systems comes down to three questions. First, are you primarily timing individuals or groups? Second, do you need agility testing in addition to straight sprints? Third, how important is live data delivery during the session?
- If you train alone, run primarily straight-line drills, and want an affordable, low-setup option, Freelap is a reasonable choice for your needs.
- If you coach multiple athletes, run agility protocols, or want real-time data pushed to an app during a session, Dashr is the more capable system for that context.
- If you want to start small and expand as your program grows, Dashr's modular gate architecture gives you a clear upgrade path that Freelap does not match.
- If budget is the primary constraint and group testing is only an occasional need, the gap between the systems matters less and the lower Freelap entry price becomes more compelling.
For most coaches running structured programs, the real-time app integration and multi-drill support make Dashr the more versatile long-term investment. For coaches who focus heavily on 40-yard dash mechanics and timing setup, even the entry-level Dashr configurations cover that protocol reliably while leaving room to add agility testing later. Reaction training equipment pairs naturally with a timing system at this level, and PPW's reaction training collection is worth browsing alongside the timing hardware if you are building a more complete performance testing setup.
Neither system is objectively superior across the board. Freelap is well-made and genuinely useful for its intended purpose. But Dashr was built from the ground up for the coaching environment, and that design intent shows in the gate geometry, the app infrastructure, and the modular expansion options. For most performance coaches shopping in this category, those differences are the ones that end up mattering most.
More timing systems worth a look
Dashr 4-Gate Wireless Timing System for Speed and Agility Testing with Real-Time Data
Dashr 3-Gate Wireless Timing System for Speed & Agility Performance Testing
Frequently asked questions
Which athletes and coaches is each system best suited for?▾
Freelap works well for solo athletes doing linear work, such as distance runners, cyclists, or sprinters training without a partner. Dashr is built for coaches running group sessions where multiple athletes cycle through drills, and it handles multi-directional tests like pro-agility and T-tests that a flat transponder system cannot replicate cleanly.
Is it safe to use these timing systems outdoors in direct sunlight?▾
Dashr is designed for both indoor and outdoor use, and the laser modules are paired with optional heat shields specifically to maintain accurate readings in direct sunlight. Freelap transmitters lie flat on the ground and are generally weather-tolerant, but neither system should be treated as fully weatherproof without checking the manufacturer's current guidance on moisture and temperature limits.
What does a Dashr system cost, and how does it scale?▾
Dashr configurations start at $990 for the 3-Gate System and go up to $1,300 for the 4-Gate and $1,600 for the 5-Gate. If you already own a Dashr system and want to add a gate, the 1-Gate Add-On is $375 and converts, for example, a 2-Gate setup into a 3-Gate one without replacing any existing hardware.
How long does it take to set up a Dashr system before a session?▾
Each gate consists of a laser module, a tripod, and a reflector, and the components are designed to deploy quickly without tools. The aluminum carry case keeps everything organized, so a coach familiar with the system can realistically have a multi-gate course ready in a few minutes rather than requiring a dedicated setup crew.
What are the ongoing costs after the initial purchase?▾
Dashr includes 10 free roster spots with the 3-Gate, 4-Gate, and 5-Gate systems, and you can expand the roster for larger programs at additional cost. Optional features like vertical jump measurement require a software unlock. Freelap's ongoing costs are mainly tied to adding more transmitters if you want extra split points along a course.
What maintenance do these laser timing systems require?▾
Dashr's laser modules and reflectors should be kept clean and properly aligned before each session, as dirt or misalignment on a reflector can cause missed triggers. The aluminum carry case protects the hardware during transport, which is the most practical way to avoid physical damage. Freelap's transmitters are simpler mechanically but the chip receivers should be charged and checked regularly since a dead battery mid-session is a common source of lost data.
How many gates or transmitters do you actually need for common athletic tests?▾
A 40-yard dash with a flying start needs at least two gates, a start and a finish. Pro-agility and T-tests require three or four gates to capture every turn accurately. The Dashr 3-Gate System covers those core tests, while the 5-Gate System adds enough hardware for lane agility and more complex multi-split dash protocols in a single kit without reconfiguring between drills.
What mistakes do coaches commonly make when choosing between these two systems?▾
The most common one is buying Freelap for a group setting because it looks simpler, then discovering that transferring data from multiple chip receivers after a session is tedious and error-prone. The other is over-buying gates before knowing which drills you actually run regularly. Starting with a 3-Gate Dashr setup and adding the 1-Gate Add-On later is often smarter than committing to five gates before your program has settled on its testing protocols.
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