No headshot available
| Year | Team | Games | Rec | Targets | Rec Yds | TDs | YAC | 1st Downs | Fumbles | Fantasy |
|---|---|---|---|---|---|---|---|---|---|---|
| 2013 | TB | 6 | 2 | 7 | 12 | 0 | 5 | 0 | 0 | 3 |
Skye Dawson was a TCU receiver and track athlete whose professional opportunities included Washington and Tampa Bay in 2013. With the Buccaneers, he contributed as both a receiver and return specialist.
Section reviewed
Dawson is from Mesquite, Texas. He attended Poteet High School before transferring to Dallas Christian.
Section reviewed
At Dallas Christian, Dawson helped the Chargers to a 14–0 record and a state championship in 2008. He caught 33 passes for 484 yards and five touchdowns, added five interceptions on defense, and won state titles in the 100 meters, 4x100 relay and long jump.
Section reviewed
Dawson played receiver at TCU while also competing in track. In 2012, he earned second-team All-America honors as part of the Horned Frogs’ 4x100-meter relay, which won the Mountain West outdoor title.
Section reviewed
Dawson signed a free-agent contract with Washington after the 2013 draft. Tampa Bay later signed him to its practice squad in September.
Section reviewed
Tampa Bay promoted Dawson from the practice squad to the active roster on October 15, 2013, waived him on October 21, re-signed him to the practice squad the next day and promoted him again on October 23. The Buccaneers’ 2013 statistical summary credits him with two receptions for 12 yards, one punt return for 17 yards and three kickoff returns for 67 yards.
Section reviewed
Dawson was a second-team All-American in the 4x100-meter relay in 2012 and a Mountain West outdoor champion with that relay. In high school, he won three state track titles as a senior.
Section reviewed
Speed was central to Dawson’s profile. His TCU record notes a 10.29-second personal best in the 100 meters and a 10.43-second Texas Relays win, while Tampa Bay used him in both receiving and return roles.
Section reviewed
MFT PLAYER RANKINGS
Compare current players by position using the transparent MFT statistical model.