What was team 13765P's 25–26 Push Back V5RC ranking and record?

Team 13765P (MTS_MAVER1CKS) — V5RC 25–26 Push Back Ranking & Stats

Team 13765P (MTS_MAVER1CKS) from Merchant Taylors' School, London competes in VEX V5RC. In the 25–26 Push Back season they have a W–L–T record of 61–18–1 (win rate 76%), a skills score of 159 ranked #45 worldwide, and a RoboWorld TrueSkill rating of 28.3 (ranked #139 of 1028).

V5RC MS Team

13765P MTS_MAVER1CKS

Merchant Taylors' School ·London

RWTS Team Rank

#139

of 1,028 V5RC MS rated

World Skills Rank

#45

Top 2% of 3,173

Best Skills Score

159

84d + 75p

Events / Matches

10 / 80

Win Rate

76.3%

61W-18L-1T

AP / AWP Win Rate

64% /15%

8 AWP in 55 matches

Awards (10)

4× Robot Skills Champion

3× Tournament Champions

Excellence Award…

Win Rate Trend

V5RC | Push V5RC | Push

TrueSkill Rating Trend

V5RC | Push V5RC | Push

Sort by

Date▲▼	Event▲▼	Rank ▲▼(F/Q)	Record▲▼	WP▲▼	AP▲▼	AWP▲▼	Awards▲▼
02/27/26 Regional	V5RC \| Push Back \| UK Middle School National Championship 2026: Presented by the REC Foundation	#1/#2	9W-2L-0T	22	100	4	Tournament ChampionsRobot Skills ChampionExcellence Award
02/01/26 Other	V5RC \| Push Back \| Kingswood Regional \| (MS/HS): Organised by Kingswood School	F/#2	6W-1L-0T	14	60	2	—
01/24/26 Other	V5RC \| Push Back \| Garden City Gambit \| (MS/HS): Organised By St Christopher School	SF/#7	4W-2L-0T	9	15	1	Excellence Award - Middle School
11/29/25 Other	V5RC \| Push Back \| GCA Regional (MS/HS): Organised by Greig City Academy	#1/#1	8W-0L-0T	17	40	1	Tournament ChampionsRobot Skills Champion
11/22/25 Other	V5RC \| Push Back \| SLBS Autumn Regional \| (MS/HS): Organised by Simon Langton Grammar School for Boys	F/#5	5W-3L-0T	10	50	0	Robot Skills Champion
10/11/25 Other	V5RC \| Push Back \| BGS South East Regional (MS & HS): Organised by Beech Grove School	#1/#1	8W-0L-0T	16	65	0	Tournament Champions
09/27/25 Other	V5RC \| Push Back \| JWS Regional \| (MS/HS): Organised by the John Warner School	QF/#14	2W-5L-0T	4	20	0	Robot Skills ChampionInnovate Award