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Dashr

Dashr Jump Package - Accurate Vertical & Broad Jump Measurement Tool with Rechargeable Battery & App Integration

Outdoor-Rated DesignPortable DesignPerformance Monitor Console

$850

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Dashr

Dashr Laser Vertical Jump Measurement System - Precision Laser Technology for Accurate Testing

Quality Inspected Before ShippingOngoing US-Based Phone Support

$500

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Why Vertical Jump Testing Actually Matters

A vertical jump number is one of the most honest pieces of data you can collect about an athlete. It does not care about effort or attitude. It reflects exactly what the neuromuscular system can produce in a fraction of a second, and that makes it genuinely useful for training decisions.

Coaches and sports scientists have used vertical jump as a proxy for lower body power for decades, and research on this association is about as settled as sports science gets. The jump correlates strongly with sprint acceleration, change-of-direction speed, and overall explosive capacity, which is why it shows up in every serious combine, draft assessment, and pre-season screen. What has changed is how the data gets collected. The vertical jump tester category has expanded from a chalk-and-board on a gymnasium wall to laser systems, contact mats, and app-connected modules that produce results to the nearest hundredth of an inch.

That expansion is useful, but it also means the buying decision is more complicated than it used to be. Different measurement principles produce numbers in different ways, and those numbers are not always comparable across systems. Understanding how each technology works is the first step to choosing the right tool and interpreting what comes out of it.

The Three Main Measurement Methods

Every vertical jump tester measures one of two things: the physical height reached by the hand or body, or the time the athlete spends in the air. The method determines accuracy, portability, and what you can and cannot do with the result.

Jump-and-Reach Devices

The original format. The athlete stands next to a calibrated board or telescoping vane system, reaches as high as possible from flat feet, sets that as the baseline, then jumps and displaces the highest vane they can touch. The difference between standing reach and jump reach is the vertical jump height. The appeal is simplicity and almost zero failure modes. The weakness is that reach height varies with arm position and timing, so a consistent technique matters more than the device itself. Manual vane systems are reasonably accurate when used correctly, but they demand a trained tester and a cooperative athlete.

Contact Mats and Force-Based Systems

A contact mat measures the interval between takeoff and landing, then calculates jump height using the physics of projectile motion. The math is reliable when the athlete lands cleanly on both feet without tucking their knees. Where this method runs into trouble is with technique variation: pulling the feet up during flight artificially extends air time and inflates the result. Contact mats are fast, durable, and work well in high-throughput screening environments where many athletes rotate through quickly.

Laser and Optical Systems

Laser-based testers use one or more optical beams positioned at height to measure flight time with very high precision. The Dashr Laser Vertical Jump Measurement System uses this approach, capturing flight time and converting it to jump height to the nearest 0.01 inches using Dashr's Blue laser technology. Because the measurement happens in the air rather than at foot contact, the system is less vulnerable to landing technique errors than contact mats. It requires compatible hardware, specifically Dashr Blue lasers with firmware version 3.1 or newer, but delivers the kind of resolution that matters when you are tracking small gains over a training cycle.

App-Based and Sensor Modules

The newest format pairs a dedicated hardware module with a smartphone app. The Dashr Jump Package uses this model, automating both vertical and broad jump assessments and storing results digitally for tracking over time. The module connects to the Dashr app via Bluetooth, and the app handles real-time data display, athlete profiles, and session history. The advantage over a standalone device is that the data does not need to be transcribed manually, which removes one of the most common sources of testing error.

What to Look For Before You Buy

The right vertical jump tester depends on who is using it, how often, and what decisions the data will support. A strength coach running weekly re-tests on twenty athletes has different needs than a personal trainer doing quarterly screens on individuals.

• Measurement principle: Laser and optical systems tend to be more consistent across testers and athletes than contact mats, which are sensitive to landing mechanics. If your population has inconsistent landing technique, a flight-time system that accounts for that will produce cleaner data.
• Precision: For general fitness tracking, half-inch resolution is adequate. For competitive combine prep or research-level screening, you want 0.01-inch precision. The Dashr Laser Vertical reaches that threshold; most contact mats do not.
• Data management: A system that records and stores data automatically, like any of the Dashr app-integrated options, saves significant time across a large group of athletes and eliminates transcription errors.
• Portability: If you need to test outdoors, at a field, or in multiple rooms, compact and battery-powered designs matter. The Dashr Jump Package includes a rechargeable battery and mini tripod specifically for this use case.
• Additional metrics: Some systems go beyond the vertical jump. The Dashr Bio LITE and the BioStation both include biometric measurement capabilities, capturing height, reach, wingspan, and weight alongside jump performance. If you are building comprehensive athlete profiles, a combined system saves time and reduces the number of devices you need to manage.
• Firmware and compatibility: Laser systems typically require specific hardware configurations. Always verify compatibility before purchasing components separately. The Dashr Laser Vertical, for example, requires Dashr Blue lasers with firmware V3.1 or newer and a current Android (API 21 or higher) or iOS (version 15 or higher) device.

Comparing the Options Side by Side

The table below covers the Dashr lineup that PPW carries in this category. Each system sits at a different point on the capability-versus-cost spectrum, and the right choice depends largely on how much additional context you want alongside the jump number.

Model	Price	Measurement Type	Broad Jump	Biometrics	App Integration
Dashr Laser Vertical Jump Measurement System	$500	Laser / flight time	Not published	No	Yes, Dashr app
Dashr Jump Package	$850	Electronic module	Yes	No	Yes, Dashr app
Dashr Bio LITE Biometric Measurement System	$1,000	Electronic module	Yes	Height, reach, wingspan, weight	Yes, Dashr app
Dashr BioStation Biometrics System	$1,800	Electronic module	Yes	Height, weight, reach, wingspan	Yes, Dashr app

The Dashr Laser Vertical is the most focused of the four. It does one thing at very high resolution and costs the least. The BioStation sits at the other end: a full combine-style assessment station that captures an athlete's complete physical profile in under 40 seconds per person, with the jump modules pulling double duty for both biometric measurement and vertical or broad jump testing. The Bio LITE occupies the space between those two, offering the same biometric scope as the BioStation at a lower price point by simplifying the hardware configuration.

Understanding What the Numbers Actually Mean

Collecting a vertical jump number is easy. Knowing what to do with it takes more thought. A jump result on its own is context-free. It becomes useful when you compare it against a baseline, a population reference, or a training target.

Research on athletic populations generally finds that untrained adults average somewhere in the 16-to-20-inch range for a countermovement vertical jump, while high-level collegiate and professional athletes in power sports typically fall between 28 and 36 inches, with elite performers testing higher. Those ranges shift depending on measurement method, so it matters that you are comparing like for like. A laser-timed flight result and a chalk-board reach result are not the same number even if the athlete is the same, and mixing methods across test sessions introduces noise that can mask real progress or suggest gains that did not happen.

The most reliable use of a vertical jump tester is longitudinal: testing the same athlete with the same system under the same conditions at regular intervals. Week-to-week variation of one or two percent is normal and should not be over-interpreted. A sustained shift of five percent or more over a training block, in either direction, is worth examining. Drops in jump height often appear before athletes report subjective fatigue, which is why strength and conditioning coaches increasingly use jump testing as a readiness indicator rather than just a performance metric.

Vertical Jump Versus Broad Jump: When to Test Both

A vertical jump measures pure upward power production. A broad jump, also called a standing long jump, measures horizontal power and introduces a coordination component that the vertical does not. The two are related but not interchangeable, and sports with strong lateral or linear acceleration demands benefit from tracking both.

For basketball and volleyball athletes, the vertical tends to be the primary number. For sprinters, soccer players, and athletes in field sports, the broad jump often reveals something the vertical misses. The Dashr Jump Package was built with both in mind, handling automated vertical and broad jump assessments from a single setup, which removes the friction of switching tools mid-session. The Bio LITE does the same, and both store results in the Dashr app so the two jump metrics live in the same athlete profile. If you are doing combine preparation work, testing and tracking both movements is straightforward with these systems, and the equipment choices that go into a complete combine prep setup are worth thinking through before you commit to any single tool.

Pairing Biometric Data with Jump Results

Jump height is more useful when it sits alongside anthropometric data. An athlete who posts a 30-inch vertical is telling you something different depending on whether they are 5'8" with a 7'0" standing reach or 6'4" with a shorter wingspan. Reach is the relevant variable in most sport-specific applications, not raw jump height alone.

The Dashr BioStation captures height, weight, reach, and wingspan alongside jump performance, completing the full profile in under 40 seconds. That speed matters in team settings where you might run 30 or 40 athletes through a testing station in a single morning. The Bio LITE provides the same measurement set in a more compact configuration, which suits facilities with tighter space or smaller budgets. Both systems use the same jump modules for biometric height and reach measurement and for jump testing, so the hardware serves two functions without adding complexity. For a broader look at what biometric testing adds to athlete development, what these metrics measure and why they matter is worth understanding before configuring a testing station.

Athletes in the Athlete Optimization category are usually pursuing performance data that connects training inputs to physical outputs. Combining jump testing with biometrics closes that loop more completely than either measurement alone.

Which System Fits Which Setting

The product you need depends more on context than on any single feature comparison. Here is how the decision tends to break down in practice.

Individual Athletes and Personal Trainers

If you are tracking one athlete or a small rotating roster and jump height is the primary metric, the Dashr Laser Vertical at $500 covers the requirement cleanly. Its laser-based precision is better than most manual alternatives, the Dashr app handles data storage, and the system is straightforward to set up and use. The main constraint is that it is vertical-jump-specific; if broad jump testing is part of your protocol, you will need the Jump Package instead.

Small Gyms and Performance Facilities

The Dashr Jump Package at $850 is the practical choice for facilities that need both jump types in a portable, battery-powered format. The rechargeable battery and mini tripod mean it works in a weight room, on a court, or outdoors without needing a power outlet nearby. The app integration keeps athlete records organized without manual data entry.

Schools, Collegiate Programs, and Team Sports

High-volume testing environments, where combine-style data collection is the goal, are where the Bio LITE and BioStation earn their price. The BioStation's sub-40-second per-athlete throughput is a meaningful operational advantage when you are processing a full roster. The system's ability to repurpose its jump modules for biometric measurement and for jump testing means fewer devices to maintain and fewer points of failure during a testing day. If you are building out a broader athletic performance environment, adding jump ropes to the conditioning side of your setup complements the testing data by giving you a measurable way to develop the explosive qualities the vertical jump measures.

Setting Up Your First Testing Session

A clean first session establishes the reference point every future test depends on, so the setup protocol matters as much as the hardware.

1. Establish athlete profiles in the app

   Before testing begins, create individual profiles in the Dashr app for each athlete. Name, age, sport, and position data give the results context and allow the system to track changes over time. This takes about a minute per person and eliminates the need for a separate spreadsheet.

2. Calibrate the hardware

   The Dashr Jump Package includes calibration tools for this step. Follow the manufacturer's calibration procedure before each session, not just on the first day. Environmental variables like floor surface and ambient temperature can affect readings, and a quick calibration check catches drift before it contaminates your data.

3. Standardize the warm-up

   Five to eight minutes of light cardio followed by dynamic leg work, leg swings, bodyweight squats, and a few submaximal jumps, is a reasonable standard. The goal is to activate the system without inducing fatigue. Keep the warm-up consistent across sessions.

4. Run three attempts with full recovery between them

   Two to three minutes of rest between attempts is standard for maximal power efforts. Record each attempt and use the best result as the session score. Recording all three attempts also tells you something about consistency, which is a separate but useful quality to track.

5. Log conditions, not just results

   Note the time of day, footwear, surface type, and any relevant training load from the preceding days. A 28-inch jump after a heavy leg day reads differently from a 28-inch jump on a full rest day. The app stores results; you need to store the context.

The Clearest Path to the Right Purchase

If there is one principle to carry through the buying decision, it is this: buy for the data you will actually use, not for the most impressive spec sheet. A laser system with 0.01-inch resolution is genuinely valuable if you are tracking fine-grained adaptation over a training block. It is less valuable if the athlete tests twice a year and the result goes into a folder that nobody revisits.

For most individual athletes and small coaching operations, the Dashr Jump Package covers the broadest range of use cases at a reasonable price point. It handles both jump types, stores data automatically, travels easily, and grows with your testing practice. The Laser Vertical is the better option if vertical-only precision at a lower price is the goal. If you are running a facility that profiles athletes comprehensively, the Bio LITE or BioStation adds meaningful efficiency, and the jump testing capability comes along without adding a separate device.

The one thing all four systems share is the Dashr app ecosystem, which means data collected on any of them lives in the same format. If you start with the Laser Vertical and later want to add biometric testing, the transition is straightforward rather than a wholesale system replacement. That kind of scalability is worth weighting in a purchase decision, particularly for facilities that expect their testing protocols to grow. For anyone starting to research the category more broadly, a thorough look at how vertical jump testing equipment differs across technologies and price points provides a useful foundation before comparing specific models.

More athlete optimization worth a look

Dashr

Dashr Bio LITE Biometric Measurement System - Compact Jump Setup, Bluetooth Scale, App Integration

Bluetooth ScaleApp IntegrationBluetooth Connectivity

$1,000

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Dashr

Dashr BioStation Biometrics System - Accurate Height, Weight, Reach & Wingspan Measurements

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