The Benchmark For True Sprint Assessment.
Speed matters in every sport — but only accurately measured speed informs coaching decisions, athlete profiling, program design, and return-to-play clearance.
The Tendo Sprint System isn’t “another timing device”. It’s a precision speed assessment designed for serious coaches who refuse to compromise on data quality.
The Benchmark For True Sprint Assessment.
Speed matters in every sport — but only accurately measured speed informs coaching decisions, athlete profiling, program design, and return-to-play clearance.
The Tendo Sprint System isn’t “another timing device”. It’s a precision speed assessment designed for serious coaches who refuse to compromise on data quality.
The Benchmark For True Sprint Assessment.
Speed matters in every sport but only accurately measured speed informs coaching decisions, athlete profiling, program design, and return-to-play clearance.
The Tendo Sprint System isn’t “another timing device”. It’s a precision speed assessment designed for serious coaches who refuse to compromise on data quality.
ACCURACY
Accuracy you can trust.
Not estimates. Not approximations. Real sprint times.
Traditional timing gates often introduce timing errors, trigger inconsistencies, and alignment issues that produce misleading results — especially across short splits where every millisecond counts.
Tendo Sprint System uses advanced Error Correction Processing (ECP) technology to minimize false triggers and isolate real sprint events.
Delivering:
Coaches trust the Tendo Sprint System for formal testing because the data actually reflects athletes’ ability, not measurement noise.
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam, the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Learn more here »
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
Sprint testing rarely happens in controlled conditions.
Busy facilities, outdoor environments, and multiple wireless systems introduce latency and interference that can compromise timing accuracy in conventional timing systems.
Tendo Sprint System protects data accuracy at the source by separating measurement from transmission.
Each sprint event is time-stamped locally at the moment the beam is broken. That exact event time is stored internally before being transmitted.
As a result:
To further reduce interference, the system operates in a less commonly used frequency range, with multiple selectable channels available if needed.
The result is reliable data, even when the environment is unpredictable.
Learn more here »
ACCURACY
Accuracy you can trust.
Not estimates. Not approximations. Real sprint times.
Traditional timing gates often introduce timing errors, trigger inconsistencies, and alignment issues that produce misleading results — especially across short splits where every millisecond counts.
Tendo Sprint System uses advanced Error Correction Processing (ECP) technology to minimize false triggers and isolate real sprint events.
Delivering:
Coaches trust the Tendo Sprint System for formal testing because the data actually reflects athletes’ ability, not measurement noise.
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam, the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Learn more here »
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
Sprint testing rarely happens in controlled conditions.
Busy facilities, outdoor environments, and multiple wireless systems introduce latency and interference that can compromise timing accuracy in conventional timing systems.
Tendo Sprint System protects data accuracy at the source by separating measurement from transmission.
Each sprint event is time-stamped locally at the moment the beam is broken. That exact event time is stored internally before being transmitted.
As a result:
To further reduce interference, the system operates in a less commonly used frequency range, with multiple selectable channels available if needed.
The result is reliable data, even when the environment is unpredictable.
Learn more here »
ACCURACY
Accuracy you can trust.
Not estimates. Not approximations. Real sprint times.
Traditional timing gates often introduce timing errors, trigger inconsistencies, and alignment issues that produce misleading results — especially across short splits where every millisecond counts.
Tendo Sprint System uses advanced Error Correction Processing (ECP) technology to minimize false triggers and isolate real sprint events.
Delivering:
Coaches trust the Tendo Sprint System for formal testing because the data actually reflects athletes’ ability, not measurement noise.
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam, the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Traditional timing systems record the first beam interruption — regardless of whether an arm, a leg, or equipment caused it.
Error Correction Processing (ECP) is designed to identify the moment that actually represents sprint performance.
As an athlete passes the beam the Tendo Sprint System analyses all interruptions and determines when the torso crosses the beam — the most stable and biomechanically relevant reference point for sprint timing.
This approach:
Learn more here »
Learn more here »
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
With the Tendo Sprint System, Error Correction Processing (ECP) can be enabled or disabled depending on the purpose of the session.
ECP ON:
Used for formal testing (including combine tests), benchmarking, profiling, and return-to-play assessment — where consistency and comparability are critical.
ECP OFF:
Used in training scenarios where the first movement is intentionally relevant, such as sport-specific drills or athletes using equipment (rackets, sticks, wheelchairs,..).
This flexibility allows coaches to adapt the system to the question they are trying to answer — without changing hardware or workflow.
Sprint testing rarely happens in controlled conditions.
Busy facilities, outdoor environments, and multiple wireless systems introduce latency and interference that can compromise timing accuracy in conventional timing systems.
Tendo Sprint System protects data accuracy at the source by separating measurement from transmission.
Each sprint event is time-stamped locally at the moment the beam is broken. That exact event time is stored internally before being transmitted.
As a result:
To further reduce interference, the system operates in a less commonly used frequency range, with multiple selectable channels available if needed.
The result is reliable data, even when the environment is unpredictable.
Learn more here »
“We don’t have to second-guess whether a run was timed correctly.”
Ryan Collins, Athlete Pathway Training Centre
AUTOMATION
Fully automated testing workflow.
Sprint testing places high demands on staff attention.
Multiple athletes, repeated trials, and unpredictable starts often force coaches to manage the system rather than observe performance.
Tendo Sprint System is designed to remove the need for constant supervision.
Once your test is set up, you can run it with a single click.
AUTOMATION
Fully automated testing workflow.
Sprint testing places high demands on staff attention.
Multiple athletes, repeated trials, and unpredictable starts often force coaches to manage the system rather than observe performance.
Tendo Sprint System is designed to remove the need for constant supervision.
Once your test is set up, you can run it with a single click.
AUTOMATION
Fully automated testing workflow.
Sprint testing places high demands on staff attention.
Multiple athletes, repeated trials, and unpredictable starts often force coaches to manage the system rather than observe performance.
Tendo Sprint System is designed to remove the need for constant supervision. Once your test is set up, you can run it with a single click.
“Once everything is automated, you can actually watch athletes instead of the screen.”
Chris Morgan, Pursuit Sports Academy
Automatic Start Reset (exclusive to Tendo)
Build for real starts, not perfect ones.
In real testing, not every start is clean.
Athletes slip, hesitate, or abort a start and need to try again immediately.
With conventional systems, this usually requires:
Tendo Sprint System handles this automatically.
The system resets itself whenever the start gate is interrupted and records a time only once the finish gate is crossed. This means:
The testing flow continues uninterrupted, even with large groups.
Automatic Start Reset
(exclusive to Tendo)
Build for real starts, not perfect ones.
In real testing, not every start is clean.
Athletes slip, hesitate, or abort a start and need to try again immediately.
With conventional systems, this usually requires:
Tendo Sprint System handles this automatically.
Automatic Start Reset
(exclusive to Tendo)
Build for real starts, not perfect ones.
In real testing, not every start is clean.
Athletes slip, hesitate, or abort a start and need to try again immediately.
With conventional systems, this usually requires:
Tendo Sprint System handles this automatically.
The system resets itself whenever the start gate is interrupted and records the time ONLY once the finish gate is crossed.
This means:
The testing flow continues uninterrupted, even with large groups.
“This is the feature we didn’t know we needed until we had it.”
Peter Andersson, Elite Performance Lab
TESTING
Supported Tests:
Tendo Sprint System handles all major sprint and agility protocols.
All with automated timing and intelligent filtering of the measurement noise, leaving you with valid data only.
TESTING
Supported Tests:
Tendo Sprint System handles all major sprint and agility protocols.
All with automated timing and intelligent filtering of the measurement noise, leaving you with valid data only.
TESTING
Supported Tests:
Tendo Sprint System handles all major sprint and agility protocols.
All with automated timing and intelligent filtering of the measurement noise, leaving you with valid data only.
The Power of Immediate Feedback.
Want more quality from the same session?
Show athletes the results immediately.
Real-time feedback consistently changes how athletes sprint:
The Power of Immediate Feedback.
Want more quality from the same session?
Show athletes the results immediately.
Real-time feedback consistently changes how athletes sprint:
The Power of Immediate Feedback.
Want more quality from the same session? Show athletes the results immediately.
Real-time feedback consistently changes how athletes sprint:
“Once athletes can see their time straight away, the quality of runs changes.”
Stefan Weber, ITS Athletic Development Centre
Why Tendo Sprint System (TSS) Fits High-Performance Environments.
Coaches choose the TSS when they want:
When sprint data matters,
the system behind it matters too.
This is why the system is used in:
Why Tendo Sprint System (TSS) Fits High-Performance Environments.
Coaches choose the TSS when they want:
When sprint data matters, the system behind it matters too.
This is why the system is used in:
Why Tendo Sprint System Fits High Performance Environments.
Coaches choose the Tendo Sprint System when they want:
When sprint data matters, the system behind it matters too. This is why the system is used in:
SOFTWARE
Tendo Sprint System software.
Let the software take care of everything.
The Tendo Sprint System is powered by dedicated software designed to manage the database, timing, athlete identification, and data while also offering advanced testing and training features.
The software is available on: Windows OS, Windows Tablets, macOS.
SOFTWARE
Tendo Sprint System software.
Let the software take care of everything.
The Tendo Sprint System is powered by dedicated software designed to manage the database, timing, athlete identification, and data while also offering advanced testing and training features.
The software is available on: Windows OS, Windows Tablets, macOS.
SOFTWARE
Tendo Sprint System software.
Let the software take care of everything.
The Tendo Sprint System is powered by dedicated software designed to manage the database, timing, athlete identification, and data while also offering advanced testing and training features.
The software is available on: Windows OS, Windows Tablets, macOS.
