Madeira Island Ultra Trail Training Plan: Master the 115km Portuguese Challenge

The Madeira Island Ultra Trail at 115km with 7200m of elevation gain represents one of Europe's most technically demanding ultra marathons. This isn't a distance race disguised as an ultra—it's a high-altitude mountain battle conducted across some of Portugal's most rugged and beautiful terrain. The late April timing means you'll face variable weather conditions ranging from cool mornings at altitude to humid afternoon conditions at lower elevations. The 32-hour cutoff demands both sustained aerobic capacity and smart pacing through technical sections where speed matters less than foot placement and efficiency. This race requires specific preparation that balances vertical climbing with technical footwork, something that standard ultra training often neglects. Understanding that 7200m of elevation gain (roughly equivalent to climbing Everest to Base Camp without the altitude sickness) will consume the majority of your effort is crucial—time on feet matters more than miles on feet here.

Your training arc breaks into four distinct phases: Base Building (Weeks 1-4), Climbing Strength (Weeks 5-8), Terrain Specificity (Weeks 9-12), and Race Preparation with Tapering (Weeks 13-16). Base Building establishes aerobic capacity through consistent moderate running and introduces hill repeats on progressively steeper grades. This phase prioritizes consistency over volume—5-6 running days weekly with one dedicated long run that builds from 15km to 25km. Climbing Strength phase dramatically increases vertical work through back-to-back hill sessions, stair work, and longer runs on sustained grades. Your weekly long runs extend from 25km to 35km with 800-1200m elevation gain incorporated. Terrain Specificity phase moves training to actual mountain trails where technical foot placement becomes the primary focus; these runs are slower but replicate Madeira's demanding sections. Race Preparation reduces volume by 15-20% while maintaining intensity through race-pace interval work and final long runs of 30-35km with substantial elevation. The taper begins at Week 13 with progressive volume reduction while keeping intensity alive. Peak weekly volume reaches 90-110km running with 3000-3500m cumulative elevation gain during Weeks 10-11.

The 7200m elevation gain in 115km means you'll spend significant time climbing steep, technical terrain. This demands a completely different training approach than horizontal running. Weeks 5-8 of your training should emphasize back-to-back climbing days where you do hard climbing on consecutive days—this teaches your body to climb when fatigued, exactly what happens in the race's middle sections. Incorporate stair climbing (indoor parking garages, stadium bleachers, or natural mountain stairs) for 30-45 minutes at a time, focusing on consistent rhythm rather than speed. Practice power hiking—the athletic walk that's faster than hiking but not quite running—on grades steeper than 8%. Many athletes lose significant time by trying to run sections they should power hike. In final preparation weeks, your long runs should include 1000-1500m of elevation gain with multiple distinct climbing sections separated by technical descents. The goal is teaching your nervous system to climb efficiently when glycogen depletes and mental fatigue sets in. Downhill training deserves equal attention; technical descents at Madeira require precision footwork that prevents energy-wasting missteps and reduces injury risk.

A 115km race in late April on Madeira's humid subtropical terrain demands aggressive fueling strategy. Check the official Madeira Island Ultra Trail website at https://www.miut.pt for current aid station locations and spacing, as this determines your carrying capacity and resupply strategy. Plan to carry 300-500 calories' worth of fast carbohydrates (energy gels, dates, energy blocks) at all times, with fresh supplies available at aid stations. Train your gut extensively during Weeks 6-12 by practicing race-pace fueling on long runs—many ultra failures result from digestive system shutdown when you haven't trained fuel absorption. Aim for 200-300 calories per hour during steady climbing sections and up to 350-400 calories per hour during sustained moderate-to-hard efforts. The humidity at lower elevations increases sweat rate significantly; plan to drink 500-750ml per hour depending on section difficulty and elevation. Electrolyte supplementation becomes essential, particularly sodium replacement through salty foods at aid stations or electrolyte drink mixes. In final weeks, practice your complete race fueling plan on back-to-back long runs to identify any digestive issues before race day. Avoid trying anything new on race day—this golden rule separates successful 115km finishers from DNFs.

Madeira's technical mountain terrain demands specific footwork practice that many long-distance runners neglect. During Weeks 9-12, dedicate 30-40% of your running volume to actual trail terrain with emphasis on rocky, rooty, steep sections. Work on high cadence (quick, light steps) on technical sections—this reduces impact forces and allows faster reaction time to obstacles. Practice night running if possible, as darkness forces you to rely on proprioception rather than vision, a skill valuable if you're running through Madeira's technical sections at night. Consider trail-specific drills: practicing single-leg balance while moving, lateral stepping work on steep slopes, and backward descent practice. The psychological component of technical terrain matters enormously—repetitive practice in challenging ground builds the confidence required when fatigue sets in at kilometer 80. Trekking poles become valuable tools on sustained climbs and technical descents; practice their use during training weeks 8-12 to build habit before race day. Falls happen in mountain ultras; preparation includes knowing how to fall safely (roll, don't catch yourself on outstretched hands), and implementing appropriate protective gear.

Late April in Madeira presents variable weather conditions that demand careful preparation strategy. Morning temperatures at altitude may drop to 8-12°C while afternoon sections at lower elevations can reach 18-22°C with substantial humidity. This dramatic thermal variation means your gear strategy must allow quick layering adjustments without stopping. Train in similar conditions during final weeks—if you're training in a temperate climate, do long runs in variable weather to practice your gear transitions. Humidity's primary effect is reduced evaporative cooling, meaning you'll overheat faster and sweat more profusely. Adapt by training in humid conditions when possible, and by ensuring your fueling accounts for the increased sweat rate. The island location means weather can deteriorate rapidly; prepare for potential rain and wind that could impact visibility and footing. Your race-day gear selection should prioritize quick-drying fabrics and breathable layers that shed moisture without adding bulk. Consider practicing rain running and wet rock navigation during training; these conditions significantly impact confidence and speed on technical terrain.