StarProofed
Nathan Horta
Redondo Union Sea Hawks

Nathan Horta

Football · Cornerback · Class of 2027
Total Brand Value
Not public
Social Media Value
Not public
Est. NIL Value
Not public
Recruiting Rank
—
Height / Weight
6-0 · 161
Hometown
Redondo Beach, CA
Claim Profile

About Nathan

Nathan Horta is a cornerback in the class of 2027 who plays at Redondo Union in Redondo Beach, CA. He is listed at 6-0 and 161 pounds. Programs showing reported interest include Azusa Pacific, Cal Lutheran University, and George Fox.

Scouting Report

Scouting report is not available currently.

NIL / Brand

NIL / Brand report is not available currently.

Recruiting Profile

Status
None
Rankings
Stars
—
National
—
Position
—
State
—
Reported Team Interest
Azusa PacificCal Lutheran University · ContactedGeorge Fox · OfferedLa Verne · OfferedLewis & Clark · OfferedLinfield College · OfferedMcPherson College · OfferedOttawa University · ContactedPacific · OfferedPuget Sound · Offered
Methodology

How Nathan's Brand Value Is Calculated

A public NIL valuation is not available for Nathan Horta. Financial terms of NIL activity are often private.

Frequently Asked Questions

What is Nathan Horta's NIL value?+

Nathan Horta does not have a publicly available NIL valuation at this time. NIL compensation is often private, and estimates are only published for players with sufficient public data.

What school does Nathan Horta play for?+

Nathan Horta plays at Redondo Union and is a class of 2027 recruit. He has not publicly committed to a college program.

What position does Nathan Horta play?+

Nathan Horta plays cornerback (CB).

Where is Nathan Horta from?+

Nathan Horta is from Redondo Beach, CA and attended Redondo Union.

NIL values shown are estimates based on publicly available information, including social reach and reported partnerships — they are not confirmed compensation. Reported deals are based on public sources; financial terms of most deals are not publicly disclosed. Estimated values originate from a third-party published valuation model.