§ Player · Forward

Patrick Cutrone

Como

In the 2025-26 Serie A, Patrick Cutrone has an NVP of 18.

They produce 0.61 times their position's average and cost 1.19 times as much.

Their strongest skill is Defender: C, percentile 53.

They have a rating in 11 matches that season and were player of the match in 0. Their best rating was 61, in Hellas Verona 1–2 Parma.

In the 2024-25 Serie A they had an NVP of 43: number 47 of 72 forwards with 900+ minutes.

Seasons

SeasonCompetitionTeamMinGAProducesCostsNVP
2025-26 Serie A Como 89510 0.61× 1.19× 18
2024-25 Serie A Como 205364 0.89× 0.93× 43

Skills

Percentile against players in the same position in the 2025-26 Serie A, as on the app card.

StrikerX18
CreatorX3
DribblerX23
DefenderC53
ControlX18

Latest matches

  1. 49 Monza 2–1 Sassuolo18 Sep · Serie A · 56'
  2. 50 Lecce 3–2 Monza13 Sep · Serie A · 26'
  3. 48 Monza 2–3 Udinese29 Aug · Serie A · 90'
  4. 73 Inter 4–1 Monza22 Aug · Serie A · 20'
  5. 25 Napoli 0–0 Parma14 Jan · Serie A · 59'
  6. 31 Parma 0–2 Udinese29 Nov · Serie A · 46'
  7. 61 Hellas Verona 1–2 Parma23 Nov · Serie A · 77'
  8. 45 Parma 2–2 AC Milan8 Nov · Serie A · 90'
  9. 51 Roma 2–1 Parma29 Oct · Serie A · 60'
  10. 31 Parma 0–0 Como25 Oct · Serie A · 90'

Best matches

  1. 82 Como 3–2 Hellas Verona29 Sep 2024 · Serie A · ★ player of the match
  2. 73 Inter 4–1 Monza22 Aug 2026 · Serie A
  3. 67 Como 2–0 Lecce30 Dec 2024 · Serie A · ★ player of the match
  4. 65 Lazio 1–1 Como10 Jan 2025 · Serie A
  5. 61 Hellas Verona 1–2 Parma23 Nov 2025 · Serie A

How is the rating calculated?

The rating measures a single match: what the player produced against what they cost, compared with the average for their position in that league and season, and adjusted by position (a 70 for a forward is as hard to get as a 70 for a defender). A normal match is around 50, 70 is already very good and only one in a hundred goes above 80. It is not the NVP, which ranks the whole season.

See their card in La Lente All their metrics, recent form, comparisons and Same DNA.