A properly designed warm-up does not merely prevent injury—it actively increases neuromuscular force output, bar speed, and working set volume. Transitioning from outdated passive static stretching to the evidence-based RAMP protocol prepares the cardiovascular system, activates joint stabilizers, and potentiates high-threshold motor units.

Explore our movement warm-ups in warm up exercises and cool down exercises.

The 4 Phases of the RAMP Protocol

[ 1. RAISE (3 min) ]  -->  [ 2. ACTIVATE (2 min) ]  -->  [ 3. MOBILIZE (3 min) ]  -->  [ 4. POTENTIATE (3 min) ]
Core Temp & Heart Rate      Glutes & Rotator Cuff        Dynamic Joint ROM           Ramping Barbell Loads

The RAMP Phase Breakdown

PhaseDurationPrimary ObjectivePractical Implementation
1. Raise2–3 minutesElevate core temperature & synovial fluidIncline treadmill walk, light rower, or jump rope
2. Activate2–3 minutesPrime key stabilizers (Glutes, TVA, Scapulae)Band pull-aparts, glute bridges, McGill curl-ups
3. Mobilize2–3 minutesDynamically groove required joint range of motionWorld’s Greatest Stretch, deep squat holds, inchworms
4. Potentiate3–4 minutesPrepare CNS for target barbell loadBarbell ramp singles (empty bar -> 50% -> 70% -> 90%)

The Barbell Loading Ramp Template

Example for a lifter performing 5 sets of 5 reps with 225 lbs on the bench press:

  • Ramp Set 1: Empty Bar (45 lbs) × 10 reps (Groove bar path and shoulder tuck)
  • Ramp Set 2: 115 lbs (50%) × 5 reps (Crisp bar speed)
  • Ramp Set 3: 165 lbs (73%) × 3 reps (Controlled eccentric)
  • Ramp Set 4: 195 lbs (87%) × 1 rep (Potentiation single)
  • Ramp Set 5: 215 lbs (95%) × 1 rep (Primes nervous system)
  • Working Sets: Begin 225 lbs × 5 × 5 feeling fully prepared and explosive.

Frequently Asked Questions

What is Dr. Ian Jeffreys' RAMP warm-up protocol?
RAMP stands for: 1) Raise (elevate core body temperature, heart rate, and joint fluid); 2) Activate (fire key stabilizing muscles like glutes and rotator cuff); 3) Mobilize (dynamically move through required lifting ranges of motion); 4) Potentiate (progressively ramp neural drive and speed with competition-specific movement).
Why does static stretching before lifting decrease strength output?
Prolonged static stretching (>45–60 seconds per muscle) causes acute neural inhibition of the stretch reflex and temporarily reduces tendon stiffness (viscoelastic creep), resulting in a 5% to 8% drop in maximal 1RM strength and power.
How long should an optimal lifting warm-up last?
An optimal strength warm-up should last 8 to 12 minutes total. A warm-up that exceeds 20 minutes wastes valuable glycogen and creates unnecessary fatigue before working sets begin.
What is Post-Activation Potentiation in a warm-up?
Performing 1 single repetition at 90–95% of your working weight (e.g., hitting 215 lbs for 1 single before starting 200 lbs × 5 sets) potentiates the central nervous system, making the working sets feel significantly lighter.
How do you calculate barbell warm-up percentage jumps?
Standard Ramp Protocol: Set 1: Empty Bar × 10; Set 2: 50% working weight × 5; Set 3: 70% × 3; Set 4: 85% × 1; Set 5: 92% × 1 -> Begin working sets.