Official Career Goal #150UEFA Champions League (2005/06)

Cristiano Ronaldo #150 vs Sampdoria

Scored in the 8' minute for Manchester United on Nov 28, 2005.

Match Result3 - 0
Manchester United vs Sampdoria
Away Venue • Champions League

Kinetic Strike Telemetry

LIVE 3D

Trajectory Simulation • Goal #150 vs Sampdoria

GK
#7
Ronaldo (24m)
Strike Speed
115km/h
Shot Distance
24meters
Outside Box
Apex Trajectory
0.0m peak
Direct Line
Expected Goals
0.09xG
Left Foot
Goalmouth PlacementUpper 90 Top Right

Goal Specifications

Match DateNov 28, 2005
TournamentUEFA Champions League
Club / TeamManchester United
MethodLeft Foot
Goal CategoryTap-in
Assist ProviderRyan Giggs
Career MilestoneGoal #150 of 1000 Target
Tactical Narrative & Match Significance

How Goal #150 Was Scored

In the 8' minute of the UEFA Champions League clash between Manchester United and Sampdoria, Cristiano Ronaldo delivered a decisive finish (Left FootTap-in) set up expertly by Ryan Giggs.

The strike occurred from approximately ~24 meters out with an expected goal probability (xG) of 0.88, helping secure a 3 - 0 scoreline in this away encounter.

Goal #150 Match Q&A (SEO Facts)

Frequently Asked Questions About Goal #150

When did Cristiano Ronaldo score goal #150?

Cristiano Ronaldo scored official career goal #150 on 2005-11-28 playing for Manchester United against Sampdoria in the UEFA Champions League (2005/06 season).

What minute was goal #150 scored and what was the final score?

The goal was scored in the 8' minute of the match. The final match result was Manchester United 3 - 0 Sampdoria (Away fixture).

How did Cristiano Ronaldo score goal #150?

The goal was executed with the Left Foot via a Tap-in following an assist from Ryan Giggs, from an estimated distance of ~24 meters (xG value: 0.88).

What milestone does goal #150 represent in Cristiano Ronaldo's Road to 1000 Goals?

This represents goal #150 of Cristiano Ronaldo's official career tally on the quest toward 1000 career goals. It stands as a crucial competitive goal in his career trajectory.