A real AthleteIQ individual player evaluation, generated automatically after a tracked game. Tap the numbered markers throughout to see what each part means and why it matters. Player identity shown here is a sample — every report you receive is generated for your own roster.
Reese's evaluation shows a game-changing offensive player: a Game Impact composite of 83 anchored by Elite marks in Top Speed (14.7 mph), High Pace (5.7%), On Offence (46.9%), O-zone Time (38.7s), and O-zone Net-front (10.6s). The overall composite of 58 is pulled down by a Fitness score of 42, where Active Load (255×, 25th percentile) and Conditioning (75.3%, 25th percentile) lag the group, and a Speed/Skill composite of 50 held back by Accel Burst 5m (1.9s, 0th percentile). The profile is clear: elite top-end speed and offensive-zone presence paired with a conditioning/repeatability gap that caps how long those strengths can be sustained.
How to read Rank & Percentile: these are relative to this specific tracked event's cohort — the "5-skater cohort" noted above. A percentile of 100th means 1st out of the 5 skaters tracked in that game, not a national or age-band benchmark. Larger events produce statistically stronger percentiles automatically, since the comparison pool is bigger.
| Metric | Player | Rank | Percentile | Status |
|---|---|---|---|---|
| Top Force Output | 1.60× | 1/5 | 100th | ELITE |
| Active Load | 255× | 4/5 | 25th | DEVELOPING |
| Conditioning | 75.3% | 4/5 | 25th | DEVELOPING |
| At Work | 20.4% | 3/5 | 50th | AVERAGE |
| Accel Force | 3.3g | 2/5 | 25th | DEVELOPING |
| Deaccel Force | 3.5g | 3/5 | 25th | DEVELOPING |
| Metric | Player | Rank | Percentile | Status |
|---|---|---|---|---|
| Top Speed | 14.7 mph | 1/5 | 100th | ELITE |
| Avg Speed | 7.1 mph | 2/5 | 50th | AVERAGE |
| Top Angular Speed | 8.4 mph | 3/5 | 25th | DEVELOPING |
| High Pace | 5.7% | 1/5 | 100th | ELITE |
| Accel Burst 10m | 2.8s | 3/5 | 25th | DEVELOPING |
| Accel Burst 5m | 1.9s | 2/5 | 0th | NEEDS DEV |
| Metric | Player | Rank | Percentile | Status |
|---|---|---|---|---|
| On Offence | 46.9% | 1/5 | 100th | ELITE |
| O-zone Time | 38.7s | 1/5 | 100th | ELITE |
| Avg D-zone Clear | 27.5s | 2/5 | 75th | ABOVE AVG |
| O-zone Net-front | 10.6s | 1/5 | 100th | ELITE |
| Avg O-zone Hold | 19.7s | 3/5 | 50th | AVERAGE |
| Avg Shift Length | 88.1s | 2/5 | 75th | ABOVE AVG |
Built on a Top Speed of 14.7 mph, Reese can separate from defenders and win races to open ice, making her a real threat on the rush.
Driven by a High Pace mark of 5.7%, Reese sustains high-intensity skating bursts that let her close on pucks and disrupt breakouts.
A D-zone Clear time of 27.5s shows Reese gets pucks out of her own zone efficiently, with room to reach elite recovery speed.
Tied to a Conditioning score of 75.3%, Reese's output can taper over longer shifts, limiting how consistently she repeats her best efforts.
A 10m Accel Burst of 2.8s points to an initial acceleration gap versus teammates, which can slow her first move away from a stop or battle.
An O-zone Net-front time of 10.6s shows Reese consistently establishes and holds dangerous ice in front of the net.
Auto-generated from this event's data — this is the same roadmap an AI-built workout plan is derived from.
Why it matters — Faster initial acceleration wins races to loose pucks and compounds Reese's already-elite top speed.
Target — 1.9s → sub-1.9s within 6-8 weeks.
Why it matters — Raising Active Load builds the physical capacity to sustain high-pace, high-impact shifts without drop-off.
Target — 255× → 269× within 8-12 weeks.
Why it matters — Helps Reese maintain explosive speed and offensive pressure late in shifts, converting single bursts into sustained dominance.
Target — 75.3% → 76.3% within 8-12 weeks.
Bottom line — Reese already plays like an elite offensive weapon with rare speed and net-front presence; closing the conditioning and first-step gaps will let her carry that dominance through every shift, not just the flashes.
A blend of all three composites below. It's intentionally pulled down by any weak area — a great score here means a player is strong everywhere, not just in flashes.
Measures physical capacity: force output, load tolerance, and conditioning. This is the composite an AI-built off-ice training plan targets first when it's the lagging score.
Top speed, acceleration, and skating mechanics. A single weak metric (like a slow first step) can hold this composite down even alongside elite top-end speed.
What actually happened on the ice: zone time, net-front presence, offensive involvement. This is the composite that best predicts on-ice production.
Can this player separate from defenders and win races to open ice? Built directly from tracked top-speed data, not a coach's subjective read.
Sustained high-intensity bursts that let a player close on pucks and disrupt breakouts — driven by the High Pace metric.
How efficiently a player gets the puck out of their own zone — measured directly from tracked D-zone clear times.
Whether output tapers over a long shift. This is where conditioning work shows up on the ice, not just on a fitness test.
The initial acceleration gap versus teammates — a common target for power-focused off-ice training.
How consistently a player establishes and holds dangerous ice in front of the net — a major, trackable scoring-chance asset.
The AI ranks development priorities by expected impact — the metric most likely to move the needle on the player's biggest weakness comes first.
Every roadmap item includes a specific numeric target and a realistic timeframe, generated from this player's own trend data.
Roadmap items are chosen because they reinforce each other — better conditioning helps sustain the elite bursts already shown above.