NESTA MMA Conditioning Coach cheat sheet
NESTA MMA Conditioning Coach · Keep the key ideas within reach.
Exercise Physiology and Energy System Development for Combat Athletes
Phosphagen (ATP-PCr) system: maximal intensity <10 s; recovery ~50% in 30 s, ~95% in 2-3 min; work:rest 1:12-1:20 for alactic power.
Glycolytic system: dominant 10 s-2 min; lactate accumulates; active recovery at 30-60% VO2max clears lactate faster than passive rest.
Oxidative system: dominant >2 min; MMA is ~60-70% aerobic contribution over a bout, with repeated anaerobic surges.
Heart rate max estimate: 208 - 0.7 × age (Tanaka) is more accurate than 220 - age for trained adults.
VO2max in trained fighters: 50-60 mL/kg/min common; higher values support faster between-round recovery.
Blood lactate after a 5-min round: 10-15 mmol/L typical; post-fight recovery may take 30-60 min.
Repeated-sprint ability (RSA) is a key physiological determinant; fatigue index = (peak - final)/peak × 100.
Training the aerobic system with high-intensity intervals (4×4 min at 90-95% HRmax, 3 min recovery) improves both VO2max and recovery.
Excess post-exercise oxygen consumption (EPOC) is elevated after high-intensity interval training; magnitude scales with intensity and duration.
Needs Analysis and Assessment of the MMA Athlete
Needs analysis steps: (1) sport demands, (2) athlete profile, (3) injury history, (4) testing battery selection.
Key performance tests: vertical jump (power), 1RM squat/bench (strength), 300-yard shuttle (anaerobic capacity), Yo-Yo IR1 (aerobic), 5-10-5 pro agility (COD).
Body composition: skinfold or DXA; healthy male fighter body fat ~8-12%, female ~15-20% (varies by individual).
Hydration status: urine specific gravity <1.020 indicates euhydration; >1.025 suggests dehydration.
Baseline concussion assessment (SCAT5) and orthopedic screen should be completed pre-season.
Weight class assessment: current weight, walking weight, and safe rate of loss (≤1% body mass per week).
Record training load (session RPE × duration) to monitor weekly changes; spikes >10-15% increase injury risk.
Assess movement quality (e.g., FMS or deep squat) before loading; asymmetries >10% warrant corrective work.
Program Design and Periodization for MMA
Fight camp periodization: 8-12 weeks; phases: base (4 wk), build (3-4 wk), peak (2 wk), taper (1 wk).
Taper: reduce volume 40-60%, maintain intensity; duration 7-14 days for maximal performance.
Weekly microcycle: 2-3 high-intensity striking/grappling sessions, 2 strength/power sessions, 2 conditioning sessions, 1-2 recovery days.
Strength loading: 2-4 sets × 3-6 reps at 80-90% 1RM for maximal strength; 3-5 sets × 10-15 reps at 60-70% for hypertrophy.
Power loading: 3-5 sets × 3-5 reps at 30-60% 1RM or bodyweight plyometrics; move explosively.
Concurrent training: separate strength and endurance sessions by ≥6 h to reduce interference effect.
Deload every 4th week: reduce volume 40-50%, keep intensity moderate.
Peaking for fight: last heavy strength session 10-14 days out; last high-intensity conditioning 5-7 days out.
Strength, Power, and Explosive Training Methods
1RM estimation: Epley formula: 1RM = weight × (1 + reps/30); valid for reps ≤10.
Rate of force development (RFD) is best trained with maximal intent and loads 30-80% 1RM or ballistic movements.
Plyometric progression: land → jump in place → horizontal → vertical → depth jumps (box height 30-60 cm).
Olympic lift derivatives (hang clean, high pull) develop triple extension for takedowns and strikes.
Contrast training: heavy set (85-90% 1RM) followed by explosive set (30-40% 1RM) after 3-5 min rest.
Medicine ball throws (rotational, overhead) train trunk power for punching and kicking.
Strength standards for MMA: squat ≥1.5× body mass, bench ≥1.0×, deadlift ≥2.0× (varies by weight class).
Plyometric volume: beginners 80-100 foot contacts/session; advanced 120-200; include recovery 48 h between high-intensity sessions.
Anaerobic and Aerobic Conditioning Protocols
Alactic power intervals: 6-10 × 5-10 s all-out, rest 60-120 s; targets phosphagen system.
Glycolytic capacity intervals: 4-6 × 30-60 s at high intensity, rest 2-4 min; replicates round demands.
Aerobic base: 2-3 × 20-30 min at 60-70% HRmax or 70-80% 1RM; improves recovery capacity.
High-intensity interval training (HIIT): 4 × 4 min at 90-95% HRmax, 3 min active recovery; boosts VO2max.
Sprint interval training (SIT): 4-6 × 30 s all-out, 4 min rest; improves anaerobic power and capacity.
Fight-specific conditioning: 5 × 5 min rounds with 1 min rest, using pad work or grappling; monitor HR and RPE.
Heart rate zones: Z1 <60% HRmax, Z2 60-70%, Z3 70-80%, Z4 80-90%, Z5 >90%.
Use session RPE (1-10) × duration (min) to quantify load; weekly load increase ≤10%.
Speed, Agility, Quickness, and Change of Direction
Speed = stride length × stride frequency; improve both with sprint mechanics and resisted sprints.
Agility is a rapid whole-body change of direction in response to a stimulus; includes perceptual-cognitive components.
Change of direction (COD) tests: 5-10-5 shuttle, T-test, 505; measure with timing gates.
Deceleration training: eccentric strength and landing mechanics reduce injury risk during COD.
Quickness drills: reaction ball, mirror drills, partner shadow boxing; focus on first-step explosiveness.
Resisted sprint loading: 10-20% body mass for acceleration; 5-10% for max velocity.
COD technique: lower center of mass, wide base, plant outside foot, lean into turn.
Agility sessions should be performed when fresh, before conditioning, to maximize neural adaptations.
Mobility, Flexibility, and Injury Prevention
Static stretching before explosive activity can reduce power output; use dynamic warm-up instead.
Dynamic warm-up: 5-10 min raising heart rate, joint mobility, activation, and movement rehearsal.
Hold static stretches 15-30 s, 2-4 reps, to improve flexibility; perform after training or in separate sessions.
Foam rolling: 30-60 s per muscle group; may improve short-term range of motion without performance decrement.
Injury prevention programs (e.g., FIFA 11+) reduce lower-limb injuries; include strength, balance, and landing control.
Common MMA injuries: hand/wrist, rib, knee, shoulder; preseason screening and taping can mitigate.
Mobility for MMA: hip internal/external rotation, thoracic rotation, ankle dorsiflexion (≥10 cm wall test).
Return-to-play criteria after injury: pain-free full ROM, strength ≥90% contralateral, sport-specific movement quality.
Nutrition, Weight Management, and Recovery
Safe weight loss: ≤1% body mass per week; rapid dehydration (>2% body mass) impairs performance and health.
Daily protein intake: 1.6-2.2 g/kg body mass for strength athletes; spread across 3-5 meals.
Carbohydrate intake: 3-5 g/kg for moderate training; 6-10 g/kg for high-volume training days.
Hydration: drink 500-750 mL 2-3 h before training; replace 1.25-1.5 L per kg body mass lost during exercise.
Post-exercise recovery: 20-40 g protein + 1-1.5 g/kg carbohydrate within 30-60 min enhances glycogen resynthesis.
Sleep: 7-9 h per night; sleep deprivation increases injury risk and impairs recovery.
Recovery modalities with evidence: sleep, nutrition, active recovery, massage, cold-water immersion (≤15°C for 10-15 min).
Fight-week weight management: gradual reduction, avoid sauna/dehydration >5% body mass; rehydrate with electrolytes post-weigh-in.
Coaching, Safety, and Professional Practice
Scope of practice: coaches do not diagnose or prescribe; refer medical issues to licensed professionals.
Emergency action plan: know venue exits, AED location, and first-aid kit; document incidents.
Informed consent and health screening (PAR-Q+) before starting a program.
Concussion protocol: remove athlete from play if suspected; return only after medical clearance.
Maintain professional liability insurance and current CPR/AED certification.
Confidentiality: store athlete health and performance data securely; share only with consent.
Coach-athlete communication: use clear instructions, demonstrate, and provide specific feedback.
Continuing education: stay current with evidence-based practice; avoid unproven methods.