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πΉ No subscription
πΉ Built-in display
OVR Force available for pre-order now π¨
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RSI Standards: What's a Good Score? πβ‘οΈ
Data from male athletes performing a 12" drop jump. Where do your athletes rank? π
π¦ Male RSI Benchmarks:
π΄ Middle School (Elite): 1.8+
π High School (Elite): 2.6+
π‘ Collegiate (Elite): 3.4+
π’ Professional (Elite): 4.0+
Here is what your RSI score actually tells you:
β‘οΈ High RSI β Height is solid and ground contact time is short. This athlete is reactive, not just powerful. RSI has strong associations with sprint speed and change of direction. It gives coaches a more complete picture of quickness than jump height alone.
πͺ Good Height, Lower RSI β The strength is there but the athlete is spending too much time on the ground. Common in strength heavy athletes early in plyometric development. Progressive reactive work like drop jumps, hurdle hops, and bounding tends to bridge the gap.
π― High RSI, Modest Height β Efficient mechanics but not enough force production yet. Building the strength base tends to unlock what comes next.
π¨ Height Holds, RSI Drops β The pattern worth watching most closely. When height stays flat but RSI quietly falls ground contact time is creeping up. Research points to this as an early signal of accumulated fatigue before it shows up in output. A good prompt to review training load and recovery.
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VBT vs. PBT πβ‘οΈ
What is the difference, when does each method work, and how do you use both?
β The Problem With Percentages
When a coach writes 4x3 at 85% that number is based on a test that happened weeks ago. Sleep, stress, travel, and back to back practices don't move the number on the spreadsheet.
π 1RM should be tested on one specific day under specific conditions
π Day to day fluctuations can shift true capacity by 15-20%
β A programmed 85% may actually be 70-90% of that day's real max
π Bar speed gives coaches an objective number to work from instead
Here is what bar speed actually tells you:
π΄ Absolute Strength β Less than 0.50 m/s β Greater than 80% 1RM
π Accelerative Strength β 0.50 to 0.75 m/s β 65-80% 1RM
π‘ Strength-Speed β 0.75 to 1.0 m/s β 45-65% 1RM
π’ Speed-Strength β 1.0 to 1.3 m/s β 25-45% 1RM
π’ Starting Strength β Greater than 1.3 m/s β Less than 25% 1RM
Stop guessing your training intensity. OVR Velocity puts a number on every rep. π
π¬ Are you training with VBT or percentages?
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How do your athletes stack up? Check out the average jump heights by grade π
Here's why coaches test athlete jump height season after season:
π Monitor jump height progress over time
π’ Track every jump with objective data
π₯ Manage every athlete on the roster from a single device
Data taken from 10,000 high school football players.
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10 Yard Dash Benchmarks for Track Athletes by Gender and Level πβ‘οΈ
π¦ Male Benchmarks:
π΄ Middle School - Average: 1.85β2.05s | Elite: Sub-1.70s
π High School - Average: 1.65β1.80s | Elite: Sub-1.52s
π‘ College - Average: 1.55β1.67s | Elite: Sub-1.52s
π’ Elite/Olympic - Average: 1.58β1.68s | Elite: Sub-1.45s
π§ Female Benchmarks:
π΄ Middle School - Average: 1.98β2.18s | Elite: Sub-1.80s
π High School - Average: 1.80β1.95s | Elite: Sub-1.65s
π‘ College - Average: 1.68β1.80s | Elite: Sub-1.56s
π’ Elite/Olympic - Average: 1.72β1.83s | Elite: Sub-1.55s
Sprinters and jumpers produce the fastest 10 yard times in track and field. That same explosive hip extension and rate of force development is exactly what coaches build with depth jump training and other plyometric work.
π¬ What is your 10-yard dash time?
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How to Quick Delete a Rep β‘ποΈ
1οΈβ£ Hold down the rep you want to remove from Quick View
2οΈβ£ Confirm the deletion
3οΈβ£ Your best and average numbers update instantly so your data stays clean
Track progress using the free OVR Connect app π±
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Average vs Peak Bar Speed: What Each Number Measures π
π Average bar speed is the velocity across the whole rep, from the bottom to lockout
β‘ Peak bar speed is the single fastest instant during that same rep, and it's always higher than average
π― Use average for strength and hypertrophy work, training off velocity zones, and reading fatigue set to set
π Use peak for explosive lifts like jump squats, bench throws, and Olympic lift variations, where the bar keeps accelerating late in the rep
Near a true 1RM squat, average bar speed sits around 0.30 m/s, and that relationship with load stays close to linear from roughly 30 to 100 percent of 1RM
OVR Velocity tracks both numbers every rep, and the OVR Connect app tracks the data π
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10 Yard Dash Benchmarks for Basketball Players by Gender and Level πβ‘οΈ
Where do you stack up? Here are the 10-yard dash benchmarks from middle school through professional:
π¦ Male Benchmarks:
π΄ Middle School - Average: 1.95β2.15s | Elite: Sub-1.77s
π High School - Average: 1.82β1.97s | Elite: Sub-1.66s
π‘ College - Average: 1.73β1.85s | Elite: Sub-1.58s
π’ Professional - Average: 1.68β1.80s | Elite: Sub-1.53s
π§ Female Benchmarks:
π΄ Middle School - Average: 2.05β2.25s | Elite: Sub-1.87s
π High School - Average: 1.96β2.12s | Elite: Sub-1.79s
π‘ College - Average: 1.87β2.00s | Elite: Sub-1.71s
π’ Professional β Average: 1.80β1.93s | Elite: Sub-1.64s
First-step quickness is one of the most valued physical qualities in basketball at every level. Know your number, know where you stand, and train to improve it.
π¬ What is your 10-yard dash time?
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Vertical Jump Benchmarks for Football Players by Level πβ¬οΈ
Where do you're athletes stack up? Here are the vertical jump benchmarks for football players from middle school through professional:
Benchmarks π
π΄ Middle School (Elite): 27 in+
π High School (Elite): 33 in+
π‘ College (Elite): 37 in+
π’ Professional (Elite): 40 in+
No testing event produces more detailed athletic data than the NFL Combine and vertical jump is one of its most watched measurements. Position creates a wide spread within these ranges. Skill positions like wide receivers and cornerbacks typically test 6 to 10 inches higher than linemen at the same level. A wide receiver and a lineman both sitting at 30 inches in high school are in very different places relative to what their position demands.
Measure and track jump height with OVR Jump π
π¬ What is your vertical jump height?
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Never miss a jump with OVR Jump β¬οΈ
πΊ Built-in display screen
π± Use with OVR Connect app
π Measure daily readiness
βοΈ Compare to previous sessions
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Pro Agility Benchmarks for Football Players by Level πβ‘οΈ
Here are the pro agility benchmarks for football players from middle school through professional:
π Football Benchmarks:
π΄ Middle School (Elite): Sub-4.80s
π High School (Elite): Sub-4.30s
π‘ College (Elite): Sub-4.05s
π’ Professional (Elite): Sub-3.95s
No sport produces more detailed change of direction data than football. The NFL Combine has run the 5-10-5 since the early 2000s and high school football combine databases provide one of the few large sample normative datasets available for this test at the youth level. Skill positions typically produce faster times than linemen at the same level.
π¬ What is your pro agility time?
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We are teaming up with @performancecourse to bring elite level data to all age and skill levels of athletes
Trusted by 40+ school districts across Texas and Oklahoma, Performance Course has helped build faster, stronger athletes while building strength of character and preparing youth athletes for life after sports.
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NFL Combine Vertical Jump Averages by Position π
Vertical jump is one of its most watched measurements at the NFL Combine. Position creates a wide spread within these ranges. Skill positions like wide receivers and cornerbacks typically test 6 to 10 inches higher than linemen at the same level.
π¬ What position has the best athletes?
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10 Yard Dash Benchmarks for Football Players From Middle School to the NFL πβ‘οΈ
Here are the 10 yard dash benchmarks for football players based on level:
π΄ Middle School (Elite): Sub-1.73s
π High School (Elite): Sub-1.57s
π‘ College (Elite): Sub-1.52s
π’ Professional (Elite): Sub-1.47s
Context matters. Skill positions like wide receivers, running backs, and defensive backs typically run 0.10 -0.20 seconds faster than linemen at the same level.
π¬ What is your 10 yard dash?
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The Force Velocity Curve πβ‘οΈ
Strength and power are not the same quality. Here is what separates them:
πͺ Strength - the ability to produce force
β‘οΈ Power - how quickly that force can be expressed
Here is where each zone sits on the curve:
π΄ Absolute Strength - >80% 1RM | <0.5 m/s
π Accelerative Strength - >65β80% 1RM | 0.5β0.75 m/s
π’ Strength-Speed - >45β65% 1RM | 0.75β1.0 m/s
π’ Speed-Strength - >25β45% 1RM | 1.0β1.3 m/s
π΅ Starting Strength β <25% 1RM | >1.3 m/s
Most athletes only train the heavy end, but power peaks in the middle where force and velocity are both high enough to multiply.
Bar speed tells you exactly which zone every rep is landing in. Stop guessing and start using measurable data to get the most benefit out of your training.
π¬ Which zone do your athletes train in?
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Broad Jump Benchmarks for Athletes by Gender and Level ππ₯
π¦ Male Basketball Benchmarks:
π΄ Middle School (Elite): 8'0"+
π High School (Elite): 9'2"+
π‘ College (Elite): 10'3"+
π’ Professional (Elite): 10'9"+
π§ Female Basketball Benchmarks:
π΄ Middle School (Elite): 6'3"+
π High School (Elite): 7'2"+
π‘ College (Elite): 8'1"+
π’ Professional (Elite): 8'4"+
All numbers should be treated as reference ranges and interpreted alongside the athlete's sport, position, training age, and testing protocol.
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