Core Cycling Science & Training

Understand cycling power zones, when to use each one, and how to sequence them in a realistic week.

A practical taper blueprint for amateur riders balancing freshness and race-day readiness.

Learn a practical negative split pacing model for TTs, climbs, and race simulations.

A decisive framework for choosing threshold or sweet spot based on readiness, fatigue, and event timeline.

A physiology-first guide to heart rate zones and mitochondrial adaptation for cyclists.

Build aerobic durability with clear Zone 2 targets, session structure, and execution cues.

A practical guide to understanding tested FTP and estimated FTP in your N+One performance charts.

A calm, practical insomnia tutorial for cyclists: adjust training load without losing progression.

FTP is a snapshot; durability is the goal. Build aerobic base, add intensity and race sims, hone fueling and recovery, plus strength to sustain race power.

Adaptive training plans use real-time data (power, HRV, sleep, TSB) and decision algorithms to deliver the right stimulus at the right time. Learn the science, practical rules, and setup tips to boost cycling performance and recovery.

Nutrition while riding shapes power, fatigue, and recovery. Evidence-informed, practical guidance for fueling intensive sessions and recovery spins — what to eat, when to drink, and simple plans you can use today.

Learn how cycling power zones translate watts into precise training stimulus. This practical, science-based guide explains FTP and alternatives, a 7-zone model, workouts by zone, pacing with power vs heart rate, and how adaptive coaching (like N+One) uses zones to maximize gains without burning out.

Winter cycling training that actually sticks: use Zwift, structured sessions, smart gear, and adaptive planning to protect fitness, train with purpose, and arrive at spring stronger.

Learn how to set and use cycling heart rate zones (LTHR-based), combine HR with power and RPE, avoid common pitfalls like drift and lag, and apply adaptive, data-driven rules to get faster without burning out.

Make your sprint watts trustworthy. Practical, science-backed steps to ensure your power meter records true 1,000W+ peaks — maintenance, sampling, pre-race checks, and troubleshooting.

Keep Zone 2 honest. Practical, science-based steps to prevent power meter drift on multi-hour rides—temperature compensation, torque checks, battery care, in-ride verification, and post-ride analysis.

Power meter calibration is the single-most important habit to keep your FTP, zones, and n+1 AI coaching honest. Learn zero-offsets, robust FTP testing protocol, and troubleshooting.

Learn what FTP is, how to test and use it to structure power-based training, and how N+One’s adaptive coaching keeps every session productive—no failed workouts.

Zone 2 (low-intensity) rides are the most efficient way to build a durable aerobic engine. Learn the physiology, metrics, and practical plan for effective Zone 2 training.

Develop true sprinting ability with science-based sprint sessions, year‑round programming, and practical tips for maximal 5–30s efforts. Learn recovery rules, sprint formats, sample sessions, and how N+One adapts sprint work to your life.

Progress slows as your training age increases. Learn why early gains fade, how to set realistic expectations, and practical, science-based steps—periodization, recovery, marginal gains, and adaptive plans—to keep improving.

Practical, science-based guidance for female cyclists: how hormonal phases affect training, recovery, iron, RED-S, and contraception — and how to use adaptive, flexible plans to get the next session right.

Practical, science-based training for cyclists 40+. Learn how to preserve VO2max, fight sarcopenia, prioritise recovery, and use adaptive plans to keep improving—one session at a time.

Learn how to build and interpret a cycling power profile (MMP across durations), identify your phenotype and limiters, and turn that insight into focused, science-backed training. Practical testing, training templates, and how N+One adapts your plan in real time.

Lactate threshold, not VO2max, predicts sustainable performance. Learn the physiology, testing options, and actionable training protocols to shift your threshold and expand functional reserve.

Compare polarized and pyramidal intensity distributions for cyclists. Evidence-based guidance, practical session examples, and periodization advice to choose the right approach for your time, goals, and recovery capacity.

Sweet spot training (88–94% FTP) delivers high aerobic gains with manageable fatigue—ideal for time-crunched cyclists. Learn interval design, periodization, nutrition, recovery, and how to integrate sweet spot into an adaptive training plan.

Learn how VO2max training cycling (3–8 minute intervals at ~106–120% FTP) raises your aerobic ceiling. Science-backed session templates, periodization tips, monitoring, and recovery guidance for intermediate to advanced cyclists.

A practical, science-first guide to cycling periodization. Learn how to structure base, build, and peak phases, use meso/macrocycles, and apply adaptive plans (CTL, ATL, TSB) to hit your target without burning out.

Learn how to run reliable FTP test cycling protocols (20‑minute, ramp, 2x8/10, critical power), prepare and calibrate your power meter, and validate results so your training zones and workouts stay honest and productive.

Learn cycling training zones—power, heart rate, and RPE—to target specific adaptations, avoid the gray zone, and train smarter with adaptive, science-based planning.