How Team USA Bobsled Builds Power: Chris Fogt’s Low‑Rep, Cold‑Weather Program Explained

Table of Contents

1. Key Highlights:
2. Introduction
3. Why Bobsled Training Prioritizes Speed and Power
4. The Blue‑Collar Approach: Training Anywhere, Any Weather
5. Inside a Bobsled Workout: Purpose of Key Exercises
6. From Gym Work to Faster Pushes: Transfer Strategies
7. A 12‑Week Power Block for Push Athletes
8. How to Adapt These Sessions Without Olympic Equipment
9. Cold‑Weather Training and Recovery: Practical Steps
10. The Soldier‑Athlete Pipeline: WCAP’s Role
11. Injury Prevention and Longevity for Push Athletes
12. Measuring Progress: Metrics That Matter
13. Case Study: From Training to Fourth Place
14. How Coaches Prioritize Sessions Across a Week
15. Nutrition and Body Composition for Push Athletes
16. Coaching Cues That Make a Difference
17. Long‑Term Athlete Development and Career Longevity
18. Practical Takeaways for Coaches and Gym‑Goers
19. FAQ

Key Highlights:

• Team USA Bobsled trains for explosive speed and maximal power using low‑rep, high‑quality lifts and plyometrics that mimic the sled push; workouts are designed to be executed anywhere with basic equipment.
• Cold‑weather training and a “blue‑collar” mentality—shaped in part by soldier‑athletes in the Army World Class Athlete Program—are deliberately used to develop mental toughness and physiological readiness for competition.
• The program emphasizes vertical and horizontal force production, specific transfer drills, and progressive blocks of strength-to-power work; recreational lifters can adapt the principles using kettlebells, bands, and sprint variations.

Introduction

Bobsled success begins long before the sled hits the ice. The race is decided in a short, violent window: the push. That initial burst of acceleration demands an uncommon blend of maximal strength, explosive power, sprint mechanics, and mental grit. Team USA Bobsled, guided by three‑time Olympian and coach Lieutenant Colonel Chris Fogt, trains to manufacture that burst with a practical, rugged approach—what Fogt calls a “blue collar sport.” With a weight rack, a barbell, and a willingness to train wherever conditions allow, his athletes build the force and speed necessary to contest podium positions.

This article dissects that approach. It lays out the science behind the push, translates Fogt’s session into a full training framework, and offers adaptable programming for lifters who don’t have access to an Olympic‑level staff or a dedicated ice facility. Read on for biomechanics, sample cycles, cold‑weather best practices, and the metrics coaches use to judge progress.

Why Bobsled Training Prioritizes Speed and Power

A competition run in bobsled hinges on a handful of seconds of sprinting power. The push phase—usually the first 5 to 6 seconds of a run—sets sled velocity. A faster push reduces the time lost to drag and curve handling that accumulate down the track. That reality drives training priorities: athletes must generate large amounts of force quickly.

Two force directions matter:

• Horizontal force: the component that propels the sled forward. Producing a strong horizontal ground reaction during the push accelerates the sled.
• Vertical force: the upward ground reaction that supports posture and allows athletes to apply horizontal force effectively. Adequate vertical force supports optimal leg extension angles and stiffness during high‑force pushes.

Sprint science shows that elite starters are not only strong; they direct force so that it results in forward acceleration. That skill requires a high rate of force development (RFD)—the ability to reach high force levels in milliseconds. Traditional bodybuilding rep ranges (8–12+) build hypertrophy; bobsledders focus on maximizing RFD and peak power via heavy, low‑rep lifts and explosive implements such as hang cleans, jump squats, and medicine‑ball throws.

The push also demands whole‑body coordination. Upper‑body and trunk strength stabilize the sled handle and transfer force from the legs into the sled. That explains the presence of medicine‑ball overhead throws and other rotational/transfer drills in Fogt’s sessions.

The Blue‑Collar Approach: Training Anywhere, Any Weather

Fogt’s description of bobsled as a “blue collar sport” captures his team’s practical ethos. Training does not require bespoke facilities. He emphasizes the essentials: “As long as there's access to a weight rack, a bar, and some weights, the athletes can train in the snow, rain, cold, or warm weather. We train wherever we can.”

The practical benefits are twofold. First, it allows preparation to continue uninterrupted regardless of location—a major advantage for athletes who travel or have military obligations. Second, deliberate exposure to adverse conditions develops psychological resilience. Fogt says cold‑weather training “pushes his athletes to develop the mental fortitude needed to endure the freezing conditions,” and that the team takes pride in being “rugged and rough,” a mentality they use to gain an edge.

Training in wind, rain, or subfreezing temperatures also forces stricter attention to technique and warmup protocols, because errors have higher immediate costs. That environment sharpens focus and mimics the unpredictability of international competition.

Inside a Bobsled Workout: Purpose of Key Exercises

The Team USA session Fogt walked through to Men’s Health used a short list of high‑payoff movements. Each exercise targets a distinct physiological and mechanical need in the push.

• Hang Cleans — 3 sets of 2
  • Purpose: Develops triple extension (ankle, knee, hip) executed rapidly. The hang clean trains explosive hip extension and timing of force transfer through the posterior chain into the upper body. Low reps protect technique and emphasize maximal speed under heavy load.
  • Coaching notes: Maintain a strong hip hinge, accelerate the hips through, and receive the bar with athletic posture. The pull should be driven more by the legs and hips than active upper back shrugging.
• Jump Squats — 3 sets of 3
  • Purpose: Reinforces explosive concentric output through a stretch‑shortening cycle with minimal ground contact time, improving RFD in a movement pattern similar to the sled push.
  • Coaching notes: Use low height or light load to maximize velocity. Focus on soft but quick landings and immediate re‑extension.
• Medicine‑Ball Overhead Throws — 4 sets of 1
  • Purpose: Trains full‑body drive and vertical/horizontal force transfer. An overhead throw promotes triple extension while allowing athletes to practice transferring power from legs through the torso into the upper limbs—critical when driving the sled handle.
  • Coaching notes: Emphasize aggressive hip extension and a stable trunk; the throw is not about distance as much as explosive motor sequencing.
• Medicine‑Ball Throws for Distance
  • Purpose: Develops the range and projection of force. These throws reward explosive hip drive and trunk coordination and help athletes practice moving force through a larger movement arc.
• Walking Lunges — 4 sets of 8 steps per leg
  • Purpose: Reinforces single‑leg strength, balance, and hip stability. Lunges simulate the asymmetrical demands of stepping during the push and help build unilateral capacity to prevent imbalances that can inhibit sprint mechanics.
  • Coaching notes: Take full steps, maintain vertical torso, and avoid excessive forward lean that reduces glute engagement.

The low rep counts—often sets of one to three—signal that the session prioritizes quality of effort and maximal speed of execution. Rest between sets is long enough to preserve performance.

From Gym Work to Faster Pushes: Transfer Strategies

Transferring gym strength to a faster push requires specificity. Strength gains increase potential force, but transfer depends on technique, velocity of contraction, and contextual practice. Coaches use several strategies to accelerate transfer:

• Emphasize Intent: Even during heavy sets, athletes must move with maximal intent—attempting to accelerate the bar as quickly as possible. Intent increases neural drive and RFD.
• Combine Strength with Speed: Schedule sessions that pair a heavy strength lift with a subsequent explosive movement (contrast training). For example, a heavy squat or deadlift followed by jump squats or sled pushes primes motor units for higher velocity outputs.
• Sled‑Specific Drills: Push practice with an unloaded or slightly loaded sled improves timing and body position. Progressive overload for sled pushes usually increases either the weight or distance while maintaining high sprint velocity.
• Sprint Work: Short sprint efforts (10–30 m), resisted sprints, and sled pulls emphasize the mechanics of the start. Focus on hip extension, high force application into the ground, and horizontal force direction.
• Video Feedback and Cueing: Slow‑motion video reveals breakdowns in posture and force application. Simple cues—“big push,” “drive the hip,” “short ground contact”—help athletes adapt quickly.

Real‑world example: NFL combine training mirrors this transfer emphasis. Offensive linemen and defensive line prospects complete heavy squats for strength and sled pushes and sled drags for specific force application. The goal is the same: create rate of force development that maps to the sport’s movement pattern.

A 12‑Week Power Block for Push Athletes

Below is a practical, coachable 12‑week plan that follows a strength-to‑power progression built around Fogt’s priorities. The plan assumes three quality lower‑body sessions per week, two upper‑body/push transfer sessions, and sled‑specific work. It uses blocks rather than daily randomization to ensure progressive overload and peaking.

Overview:

• Weeks 1–4 (Accumulation): Build maximal strength and technical proficiency. Reps 3–6 for core lifts.
• Weeks 5–8 (Conversion): Transition strength into power with Olympic variations and plyometrics. Reps 1–4, focus on speed.
• Weeks 9–12 (Peaking/Specificity): Emphasize sport‑specific pushes, short sprints, and taper volume while keeping intensity high.

Weeks 1–4 (Strength Base)

• Session A (Heavy)
  • Back squat: 4 × 4–6 @ 80–88% 1RM, 3–4 min rest
  • Hang clean: 4 × 3 (light‑moderate load, focus on technique), 2–3 min rest
  • Walking lunges: 4 × 8 steps/leg, 90 sec rest
  • Farmer carry or sled push: 4 × 25–40 m, 2–3 min rest
• Session B (Accessory)
  • Romanian deadlift: 3 × 5–6, 2–3 min rest
  • Single‑leg RDL: 3 × 6/leg
  • Med ball overhead throw: 4 × 1 (max effort), 90–120 sec rest
  • Core anti‑rotation (Pallof press): 3 × 10/side
• Session C (Speed)
  • Box squat (explosive intent): 5 × 2 @ 60–70% 1RM, 2–3 min rest
  • Jump squats: 4 × 3 (bodyweight or light load), full rest
  • Short sprints 10–20 m: 6–8 reps, full recovery
  • Walking lunges 3 × 8/leg

Weeks 5–8 (Conversion to Power)

• Session A
  • Power clean or hang clean: 5 × 2 (max velocity), 2–3 min rest
  • Split squat jumps or loaded jump squats: 4 × 3
  • Sled pushes with progressive load: 5 × 20–30 m
• Session B
  • Trap bar deadlift (fast concentric): 4 × 3 @ 75–85%, focus on acceleration
  • Med ball throws for distance: 6 × 3
  • Single‑leg hop for distance: 3 × 4/leg
  • Core transfer work (medicine‑ball rotational throws): 4 × 3/side
• Session C
  • Depth jumps (low box): 4 × 3 (if experienced), 2–3 min rest
  • Band‑resisted sprints or sled pulls: 6 × 20 m
  • Walking lunges: 3 × 8/leg

Weeks 9–12 (Specificity and Peaking)

• Session A
  • Hang clean: 4 × 2 (near max velocity)
  • Sled pushes 6 × 25 m (game‑intensity efforts)
  • Jump squats 4 × 2
  • Light mobility, taper volume
• Session B
  • Heavy single (to maintain strength): 3 × 2 @ 90% 1RM (optional)
  • Med ball overhead throws 4 × 1
  • Short sprint starts: 6 × 5–10 m (focus on first steps)
• Session C
  • Active recovery: mobility, light plyometrics, technique refinement

Programming notes:

• Rest between maximal efforts must be sufficient to preserve explosive quality. When the goal is maximal velocity, quality trumps volume.
• Volume reductions in weeks 11–12 aid recovery and readiness for competition.
• Integrate sled practice twice weekly during conversion/specific blocks when ice or track access is available.

How to Adapt These Sessions Without Olympic Equipment

Most lifters don’t have access to a full med‑ball artillery or sled yard. The principles still apply, and you can adapt using common tools.

• Hang Cleans → Dumbbell or Kettlebell High Pulls: Use a single or pair of kettlebells to mimic rapid hip extension and upper‑body catch patterns.
• Jump Squats → Box Jumps or Kettlebell Jump Squats: If you lack a barbell, perform jump squats holding light kettlebells at the rack position and focus on explosive takeoff.
• Medicine‑Ball Throws → Kettlebell Throws or Overhead Slams: Kettlebell swings emphasize hip drive; overhead slams (with a slam ball) train the same sequencing as overhead throws.
• Sled Pushes → Prowler, Sled on Turf, or Heavy Sandbag Carries: If a sled isn’t available, heavy sandbag carries, tire pushes, or sleds at commercial gyms approximate resistance and front‑leaning posture.
• Walking Lunges → Reverse Lunges with Dumbbells or Bulgarian Split Squats: These movements preserve unilateral strength demands.
• Sprint Work → Hill Sprints or Stair Sprints: Hills increase horizontal and vertical force demands with minimal equipment.

Load guidance for non‑barbell lifts: favor lower reps (1–3) and prioritize intent. For explosive practice, use light to moderate loads moved as rapidly as possible rather than heavy loads moved more slowly.

Cold‑Weather Training and Recovery: Practical Steps

Training in cold conditions requires preparation. Cold increases injury risk if tissues are not warmed adequately and can alter neuromuscular performance. Fogt uses deliberate cold exposure to cultivate mental toughness, but he pairs that with pragmatic steps to keep athletes safe and effective.

Warm‑up strategy:

• Begin with general aerobic activity (5–10 minutes of low‑intensity jogging, cycling, or dynamic movement) to elevate core temperature.
• Use dynamic mobility drills to prime the hips, ankles, and thoracic spine (leg swings, walking lunges, A‑skips).
• Include progressive activation: glute bridges, banded monster walks, and short accelerations to potentiate motor patterns.
• Finish with movement rehearsal at roughly 50–75% intensity before maximal efforts.

Clothing and logistics:

• Layering matters: insulating base layers, breathable mid‑layers, and a windproof shell protect without trapping sweat.
• Keep hands warm between sets with gloves or hand warmers. Cold hands degrade grip and technical control.
• Maintain hydration. Cold suppresses thirst, but fluid losses still occur through respiration and sweat.

Recovery:

• Active cool‑downs must include gentle movement to prevent stiffness. Transition quickly to warm clothing post‑workout.
• Nutrient timing is important; consuming carbohydrates and protein within the first hour supports replenishment and repair.
• Sleep and controlled exposure to cold—like shorter sessions or sauna contrast when appropriate—aid recovery and adaptation.

Practical example: When training outdoors in subzero temperatures, team staff schedule the most explosive lifts at the warmest time of day, shorten sessions to maintain intensity, and use heated tents or buses for equipment transitions.

The Soldier‑Athlete Pipeline: WCAP’s Role

Several bobsledders on Team USA come through the Army World Class Athlete Program (WCAP), which supports soldier‑athletes training for national and international competitions. Integration with military service cultivates discipline, logistical adaptability, and resilience—qualities that translate directly to the preparation demands of bobsled.

WCAP provides structured time for training, access to coaches, and support services while athletes retain their military responsibilities. The pipeline produces competitors comfortable with austere conditions and rapid problem solving—traits Fogt exploits in a team culture that prizes durability and a “grungy” aesthetic. That mentality complements technical preparation and helps maintain focus under pressure.

Real‑world parallel: Military athletes frequently exhibit high work capacity, rapid recovery from sleep deprivation, and the ability to perform under stress—advantages when multiple training blocks, travel, and tight competition schedules demand consistent execution.

Injury Prevention and Longevity for Push Athletes

High‑velocity work carries injury risk if programming and recovery are mismanaged. The most common issues for push athletes include hamstring strains, lower‑back irritation, and shoulder overuse from handle stabilization. Preventive measures focus on balanced programming, movement quality, and targeted prehabilitation.

Key strategies:

• Posterior chain emphasis: heavy eccentric work (Nordic curls, Romanian deadlifts) builds resilience in hamstrings and glutes.
• Thoracic mobility and scapular control: Overhead throws and heavy handles place demands on upper‑body position. Exercises like band pull‑aparts, face pulls, and thoracic rotations maintain posture.
• Hip hinge mechanics: Reinforce proper hinge with tempo deadlifts and RDL variations to protect the lumbar spine.
• Progressive volume: Avoid sudden jumps in plyometric or sprint volume. Use a 10–20% rule for increasing totalling loads across weeks.
• Monitor fatigue with simple tests: repeated vertical jump, 10‑m sprint times, subjective wellness questionnaires, and sleep metrics help spot overreach early.

A proactive screening protocol—single‑leg squat, hop test, and thoracic rotation screen—identifies deficits that should be addressed before high‑force training commences.

Measuring Progress: Metrics That Matter

Coaches measure more than weight on the bar. They track variables that directly predict push performance.

Useful metrics:

• 10‑m and 30‑m sprint times: Short sprint times correlate strongly with push-phase performance.
• Vertical jump and standing broad jump: Estimates of lower‑body power and RFD.
• Loaded sprint or sled push times over a standardized distance: Directly mimics sport demand.
• Force‑time curves from force plates: Reveal peak force, RFD, and how force is applied across contact times.
• Barbell velocity (using a linear position transducer): Monitors velocity under set loads to ensure power intent.

Baseline each athlete at the start of a block and retest every 3–4 weeks. Small improvements in 10‑m sprint times or a centimeter gain in jump tests can correlate with meaningful gains on the track.

Case Study: From Training to Fourth Place

Team USA’s two‑man sled, led by Frank Del Duca and Joshua Williamson, finished fourth in a recent Olympics final with a combined time of 3:41.96. That placing underscores the fine margins of bobsled competition—fractions of a second separate the podium from fourth place. Training choices that affect force application, sprint start consistency, and athlete resiliency compound into those margins.

Fogt’s approach—low‑rep power lifts, med‑ball transfer drills, deliberate cold exposure, and sled practice—creates both physiological readiness and psychological edge. The “grungy” ethos he describes is not performative. It’s a deliberate conditioning of athletes to remain composed and technically efficient when cold, tired, or competing under pressure.

How Coaches Prioritize Sessions Across a Week

A sample weekly layout demonstrates how to balance intensity, specificity, and recovery. The goal is three high‑quality lower‑body sessions, two technical sprint/push sessions, and active recovery.

Monday

• Heavy strength (squat emphasis), med ball overhead throws, and posterior chain accessory.

Tuesday

• Technique and sled practice (20–40 m pushes), short sprints, mobility.

Wednesday

• Active recovery: light aerobic work, mobility, core stability.

Thursday

• Power session (hang cleans, jump squats), unilateral work.

Friday

• Sprint mechanics, lighter sled practice, med ball throws for distance.

Saturday

• Conditioning and work capacity—farmer carries, sandbag pushes, or circuit with sleds.

Sunday

• Rest and recovery protocols: contrast baths, soft tissue work, sleep.

Vary the intensity across microcycles. Hard sessions occur early in the week and remain high quality due to longer recovery windows.

Nutrition and Body Composition for Push Athletes

Push athletes require a balance of mass and power. Too much mass increases sled inertia; too little reduces absolute force capacity. Nutrition must support strength without compromising speed.

Principles:

• Maintain a body composition that optimizes power-to-weight ratio. Many push athletes sit at higher body masses than sprinters but focus on functional mass—muscle that contributes to force production.
• Prioritize protein intake (~1.6–2.2 g/kg body weight daily) to support recovery and hypertrophy.
• Carbohydrate availability matters around high‑intensity sessions. Target 3–6 g/kg on moderate training days and up to 6–8 g/kg during intense training or competitions.
• Use timely post‑session nutrition: 20–40 g of protein combined with 40–80 g of carbohydrates for glycogen replenishment and protein synthesis.

Hydration and micronutrient intake are critical for cold climates; vitamin D levels and iron status often warrant monitoring in winter months.

Coaching Cues That Make a Difference

Small verbal cues change how an athlete expresses force. Coaches use crisp, outcome‑oriented instructions.

Effective cues:

• “Explode through the hip” — target hip extension as the primary driver.
• “Short contact, big drive” — emphasize quick ground contact during push and sprint starts.
• “Push the sled, not your chest” — encourage pushing with the legs and hips while maintaining torso stiffness.
• “Eyes down, drive long” — protects the neck and promotes forward acceleration.

Cues must be consistent and reinforced with video so athletes can link the verbal cue to a visual or kinesthetic outcome.

Long‑Term Athlete Development and Career Longevity

Bobsled careers often begin after athletes have developed speed and strength in other sports—track sprinters, football players, and rugby players frequently transition successfully. Long‑term development programs emphasize progressive overload, variety to prevent overuse, and cross‑training to maintain athleticism.

Career longevity demands:

• Scheduled off‑seasons with reduced intensity and emphasis on mobility and skill development.
• Cross‑training—cycling, swimming, or gymnastic work to preserve movement variety.
• Ongoing screening for asymmetries and prehabilitation to address small deficits before they become injury.

Fogt’s roster composition—many ex‑track and military athletes—illustrates that a strong athletic foundation simplifies the transition to bobsled.

Practical Takeaways for Coaches and Gym‑Goers

• Prioritize quality over quantity. Low‑rep, high‑intent lifts deliver greater transfer to explosive starts than high‑volume hypertrophy work.
• Train both directions of force. Horizontal force is crucial, but vertical support permits effective horizontal application.
• Scale sessions to preserve velocity. If you cannot complete an explosive set with high speed, reduce load or stop the set.
• Make med‑ball and sled work regular. Transfer exercises bridge the gap between gym gains and sled speed.
• Embrace controlled cold exposure only with appropriate warmups and logistics. Mental fortitude is a benefit, but safety is non‑negotiable.

FAQ

Q: How often do Team USA bobsled push athletes perform heavy lifts? A: Heavy strength sessions typically occur 2–3 times per week within a structured program. The emphasis is on preserving quality: heavier lifts are followed by adequate recovery and contrast work to convert strength into power.

Q: Can a recreational lifter use this program to get faster? A: Yes. The core principles—low‑rep power lifts, plyometrics, sprint practice, and single‑leg strength—are broadly applicable. Adapt loads and volume to experience level, prioritize technique, and progress gradually.

Q: What is the role of medicine‑ball throws in training? A: Medicine‑ball throws train whole‑body explosive coordination and transfer of force from the hips through the torso into the upper limbs. They help link lower‑body power to the pushing motion used on the sled while reinforcing trunk stability.

Q: How should I warm up before heavy power training in cold weather? A: Start with general cardio to raise core temperature, proceed to dynamic mobility for hips and ankles, and include progressive activation drills and submaximal movement rehearsals. Finish with a few accelerations at 50–75% intensity before maximal efforts.

Q: Are low rep counts better than higher reps for power? A: For power and RFD development, low reps at high intent are generally superior. Sets of 1–3 executed with maximal velocity promote neural adaptations that transfer to explosive sport actions. Higher reps serve hypertrophy and muscular endurance but have less direct transfer to peak velocity tasks.

Q: What monitors show real progress in push performance? A: Short sprint times (10–30 m), vertical and broad jumps, sled push times over a standardized distance, and force‑time curve analysis are most predictive of improved push performance.

Q: How does the Army World Class Athlete Program contribute to bobsled success? A: WCAP provides structural support for soldier‑athletes, enabling dedicated training while maintaining military service. The program contributes disciplined, resilient athletes accustomed to austere conditions and logistical challenges—traits that align with the demands of bobsled preparation.

Q: How do you prevent hamstring strains with such explosive training? A: Include eccentric‑focused posterior chain work (Romanian deadlifts, Nordic curls), prioritize warmup and progressive sprint volume increases, and ensure adequate recovery and monitoring of fatigue. Address any flexibility or mobility deficits proactively.

Q: Can med‑ball throws replace Olympic lifts if equipment is limited? A: They cannot fully replace Olympic lifts, which uniquely develop rate of force development under heavy loads with a barbell. However, med‑ball throws, kettlebell swings, and high‑pull variations provide substantial transfer when Olympic lifting access is limited.

Q: How long is a typical training cycle leading to a major competition? A: Training cycles vary, but many teams use a 12–16 week blockized approach—building strength, converting to power, and then peaking with sport‑specific practice. Ongoing annual planning aligns multiple blocks with competition calendars.

This profile of Team USA Bobsled’s training reveals a clear philosophy: build robust, repeatable power through simple, high‑quality work and test it in the environment where it matters. That approach—grounded in biomechanics, disciplined preparation, and deliberate discomfort—creates the split‑second advantages that define elite outcomes.