Theory 5: Long Game

Theory 5: Long Game™ is a premium forage blend engineered to deliver highly digestible, protein-rich nutrition with exceptional persistence under grazing pressure.

Designed to perform in both high-traffic and low-maintenance food plots, this mix provides consistent forage availability while supporting long-term plot health.

If you’re looking for a forage blend that holds up under pressure while delivering consistent nutrition, Theory 5: Long Game™ is built to perform.

Durable. Digestible. Designed to last.

Built with proven clover genetics and deep-rooted forage chicory, this blend establishes quickly, recovers aggressively after grazing, and maintains palatability across changing conditions.

The result is a resilient, productive food plot that keeps deer feeding throughout the growing season.

Plant Varieties:

“Q” Red Clover (2,4-D Tolerant)

Legacy White Clover

Forage Chicory

High-protein, highly digestible forage

Excellent tolerance to grazing pressure

Strong regrowth and recovery after browsing

Combines shallow and deep-rooted species for durability

Includes herbicide-tolerant clover for improved stand longevity

Science-backed, data-driven formulation using proven forage varieties

No-till compatible and ideal for drone seeding applications

Improves soil structure and nutrient cycling

Performs as a standalone plot or within rotational systems

Long Game is designed to deliver dependable forage throughout the growing season.

Deer:

Provides high-quality nutrition that supports body condition, lactation, and antler development.

Soil & Habitat:

Deep-rooted chicory improves soil structure while clovers contribute nitrogen and long-term fertility.

SEED TYPE: Perennial

LOCATION: Full or partial sun, hunt plot, backwoods plot

PH RANGE: 6.0 – 7.0

TILLING: No tillage required

FERTILIZER: Use as soil test recommends

SEED DEPTH: ¼ inch

SEED RATE:

• 
  12 lbs per acre
  
• 
  6 lbs per ½ acre
  
• 
  3 lbs per ¼ acre

At Hunt Theory, every blend is built using proven genetics, real-world field data, and performance-driven formulation.

We design food plot systems around forage quality, persistence, and soil improvement selecting each species to ensure long-term productivity, strong recovery, and consistent wildlife use.

The result is a system built to last, even under pressure.