Official Career Goal #198Premier League (2023/24)

Erling Haaland #198 vs Bayern Munich

Scored in the 29' minute for Manchester City FC on Aug 16, 2023.

Match Result1 - 0
Manchester City FC vs Bayern Munich
Home Venue • Domestic League

Kinetic Strike Telemetry

LIVE 3D

Trajectory Simulation • Goal #198 vs Bayern Munich

GK
#9
Haaland (22m)
Strike Speed
76km/h
Shot Distance
22meters
Outside Box
Apex Trajectory
0.0m peak
Direct Line
Expected Goals
0.09xG
Left Foot
Goalmouth PlacementUpper 90 Top Right

Goal Specifications

Match DateAug 16, 2023
TournamentPremier League
Club / TeamManchester City FC
MethodLeft Foot
Goal CategoryOpen Play
Assist ProviderBernardo Silva
Career MilestoneGoal #198 of 500 Target
Tactical Narrative & Match Significance

How Goal #198 Was Scored

In the 29' minute of the Premier League clash between Manchester City FC and Bayern Munich, Erling Haaland delivered a decisive finish (Left FootOpen Play) set up expertly by Bernardo Silva.

The strike occurred from approximately ~22 meters out with an expected goal probability (xG) of 0.42, helping secure a 1 - 0 scoreline in this home encounter.

Goal #198 Match Q&A (SEO Facts)

Frequently Asked Questions About Goal #198

When did Erling Haaland score goal #198?

Erling Haaland scored official career goal #198 on 2023-08-16 playing for Manchester City FC against Bayern Munich in the Premier League (2023/24 season).

What minute was goal #198 scored and what was the final score?

The goal was scored in the 29' minute of the match. The final match result was Manchester City FC 1 - 0 Bayern Munich (Home fixture).

How did Erling Haaland score goal #198?

The goal was executed with the Left Foot via a Open Play following an assist from Bernardo Silva, from an estimated distance of ~22 meters (xG value: 0.42).

What milestone does goal #198 represent in Erling Haaland's Road to 500 Goals?

This represents goal #198 of Erling Haaland's official career tally on the quest toward 500 career goals. It stands as a crucial competitive goal in his career trajectory.