
Marist · Football
Bryce Anderson
TE · Freshman · #89 · 6' 5" · 240 lbs · 4★ recruit
From Killingworth, CT
Loading live player file…
Estimated NIL value
$77K

Marist · Football
Bryce Anderson
TE · Freshman · #89 · 6' 5" · 240 lbs · 4★ recruit
From Killingworth, CT
Loading live player file…
Estimated NIL value
$77K

Marist · Football
TE · Freshman · #89 · 6' 5" · 240 lbs
Live player file
Latest source check Aug 27, 2026
Position
Tight End
Class
Freshman
Jersey
#89
Height
6' 5"
Weight
240 lbs
Hometown
From Killingworth, CT
Estimated NIL value
$77K
Modeled from role, roster, recruiting, current market evidence, and school-pool reconciliation.
Pool-accounting allocation: $63K
Confidence meter
Watchlist confidenceWe have enough context to frame the range, but not enough sourced detail to call it tight.
Bryce Anderson is a 6' 5" 240 lbs Freshman Tight End for Marist and is listed by ESPN from Killingworth, CT. Bryce Anderson ranks 5th within the current Marist football roster. The modeled value is $77K, with $63K allocated to reconcile the sport pool.
Pool share by sport
3.9%
Football pool: $1.6M
Pool share of school
1.7%
Marist roster market: $3.65M
Roster dollars tracked
$1.6M
Marist Football pool-accounting sum
Coverage hits
0
No fresh NIL chatter found
Killingworth, CT
Roster status
Active
Current listing
Marist Red Foxes
Recruit rating
4-star
Transfer history
Memphis to UL Monroe
2026 portal cycle / Jan 22, 2026 / Immediate
Texas A&M to Undecided
2026 portal cycle / Jan 14, 2026 / Withdrawn
Sideline Data Desk
The model rewards proven offensive skill players for touch volume, highlight potential, and consumer-facing visibility. For Bryce Anderson, the current roster role, class, recruiting signal, program market, and available market evidence produce a $77K headline case.
The visible base estimate is $77K. The pool-accounting allocation is $63K, equal to about 3.9% of the Marist football market. The player ranks 5th on that roster.
We search for NIL, deal, endorsement, and collective coverage so actual player articles are more likely to surface here.
Other Marist TE estimates.