ATHENA The whole session.
Athena tracks position indoors and out, reports the speed and load numbers staff already work from, and adds what each leg is doing, which a unit worn on the torso has no way to measure.
Start here. Then try the other three. Click any player in the table.
Outdoor pitch · 100 × 64 m Selected, ranging from AP1–3 Tracked, vector = speed Lost
Squad
Click a column to sort · click a row to open a player| Player | Covered m | HSR m | Top km/h | Acc | Dec | Load | Kick km/h | CoD | L / R |
|---|
Session
From the leg
Share of leg load, this session.
Pick a player to begin.
The session is simulated: modelled, not recorded. What is real is which numbers Athena reports, where they come from, and what changes under a roof. See where it stands.
Satellite positioning needs a clear view of the sky, so the moment a squad moves under a roof the numbers thin out or stop altogether.
Analysts describe sessions that need clipping by hand and exports that fail often enough to be worth running twice. A fair part of the morning goes before anyone looks at a chart.
The unit sits between the shoulder blades in something that has to be tight to stay put. Players tolerate it; few of them ask for it.
Three access points around the venue are enough to fix every player on the field, and because none of it depends on satellites a roof makes no difference. The link runs on Wi-Fi HaLow, which was designed for range.
From the calf you can measure the kick, the plant and the push-off, and see how the work is split between the two legs. None of that is visible from a sensor sitting between the shoulder blades.
It is compression gear of the kind athletes already train in, with the module tucked behind the calf and out of the way.
Each sleeve is built from a scan of that athlete, so it sits in the same place every session and the numbers stay comparable week to week.
Athena is the session view of the sleeve. Ares is the medical one, and it reads the same sensors.
Athena knows when the session started, when the drill changed and when a player walked off, so nobody has to find those edges by hand.
Flat files, a stable interface for analysts, or a direct feed into whichever athlete management system the club already runs.
A dropped link or a flat battery is marked as exactly that, rather than quietly leaving a number that stopped updating.
The same sessions give Ares motion and muscle at the leg under real load, which is the record injury work is built on.
See AresThe point is to spend the morning on questions rather than on cleaning.
Within 3% of a lab-grade research sensor on the same leg. Every speed, load and leg number comes from that reading.
The radio link is built. The access points are being designed. First positions from a single venue, indoors and out.
Engineered through to the materials. Bonding sensors into fabric that survives a season is what is being tested now.
Squad sessions with key Australian sports organisations, beside the system the club already runs.
| Athena | GPS vest systems | |
|---|---|---|
| Worn | Calf, inside compression gear. | Between the shoulder blades, in a fitted vest. |
| Position outdoors | In build Three access points, Wi-Fi HaLow link. | Satellite, with a receiver in range. |
| Position indoors | In build Same three access points. | Needs a separate indoor system installed. |
| Distance, speed bands, accelerations, load | Working Per player, live and after. | Per player, live and after. |
| Kick speed, change of direction, left–right balance | Working Measured at the leg. | Not measured. |
| Muscle activity | In build Read at the calf. | Not measured. |
| Data at the final whistle | Next Session-ready. Nothing to clip. | Downloaded, trimmed and cleaned by staff. |
| Injury prevention | Through Ares, from the same sleeve. | Load-based flags. |
“GPS vest systems” is the category as staff described it, not any one vendor’s claims.
We will bring it to a training session and run it alongside whatever you use now, so your staff can compare the two on the same afternoon.