Oklahoma football had a great time when the Sooners took on the Oklahoma State Cowboys in Bedlam, not only because of a sweet victory but because they had a heck of a night recruiting. One of the spoils from that evening is the commitment of three-star JUCO All-American Kendel Dolby. Dolby, will have four seasons to play three. A transfer coming from Northeastern Oklahoma A&M.
100% Committed #JUCOPRODUCT #BOOMER @OU_Football pic.twitter.com/g4nGumNmfN
— KD (@kd_937) November 23, 2022
Who is Kendel Dolby?
Kendel Dolby is a 5-foot 11-inch 180-pound cornerback from Springfield, Ohio. He spent a season at Northeastern Oklahoma A&M and was a JUCO All-American. He played in division one football, which is the lowest classification in Ohio. This made it difficult for him to get noticed. Springfield is one of the best programs in his classification as well, so he didn’t necessarily standout to some. Living in Ohio myself, I was well aware of Dolby before now, but certainly never imagined he would be as dominant as he was at NEO.
Scouting
Physical athlete, and has a knack for getting his hands on the football, projects to be a safety rather than a corner at Oklahoma. Smooth athlete who moves well, the Sooners were not the only power five programs to take an interest, as Washington State, Arkansas, and Oklahoma State were in on the young man well before the Sooners who offered him in November.
Kendel Dolby is a really nice get for Oklahoma from the JUCO ranks, guy is physical and plays with great anticipation/instincts
— Josh Callaway (@JoshMCallaway) November 23, 2022
Would not surprise me in the slightest to see him get on the field with regularity as soon as next season #Sooners pic.twitter.com/qbCkCmM0JI
Impact for Oklahoma
Good chance he impacts immediately for the Sooners. Oklahoma will likely be losing some safety depth to the transfer portal, and there will be a spot in the rotation next year should he earn it. You bring in JUCO guys to help you right away, and the Sooners certainly believe Dolby will provide an immediate spark and help their rotation.