Why Elevation Matters

Hills significantly impact running performance. Running uphill requires more energy per mile, while downhill running—though faster—increases impact stress and can fatigue your legs in different ways.

The Basic Trade-Off

Uphill:

• Higher energy cost
• Slower pace at same effort
• More muscular demand
• Lower impact forces

Downhill:

• Lower energy cost (to a point)
• Faster pace possible
• Higher impact forces
• Eccentric muscle loading (causes more soreness)

Common Misconception

Many runners assume "what goes up must come down" means elevation balances out. It doesn't. The time lost going uphill is greater than the time gained coming down, especially on steep grades.

Elevation Adjustment Rules of Thumb

Time Adjustments

A commonly used formula:

• Add ~30 seconds per mile per 100 feet of climbing per mile
• Subtract ~15 seconds per mile per 100 feet of descent per mile

So climbing costs twice as much time as descending saves.

Grade-Based Adjustments

Grade	Uphill Effect	Downhill Effect
2-4%	+15-25 sec/mile	-5-10 sec/mile
5-7%	+30-45 sec/mile	-10-20 sec/mile
8-10%	+50-75 sec/mile	-15-25 sec/mile
10%+	Walk may be faster	Brake heavily

Altitude Considerations

If your race is at high altitude (5,000+ feet), you'll also lose performance due to reduced oxygen:

Altitude	Performance Impact
Sea level - 3,000 ft	Baseline
3,000 - 5,000 ft	2-5% slower
5,000 - 7,000 ft	5-10% slower
7,000 - 10,000 ft	10-15% slower
10,000+ ft	15-25%+ slower

Altitude effects decrease with acclimatization (2-3 weeks at elevation).

Strategic Approaches to Hilly Courses

Run by Effort, Not Pace

The most important adjustment: maintain consistent effort, not consistent pace.

On uphills, your pace will slow. On downhills, it will speed up. If you try to maintain the same pace uphill, you'll burn matches you need later.

Use heart rate or perceived effort as your guide:

• Uphill: Same effort = slower pace
• Downhill: Same effort = faster pace
• Overall: More consistent energy expenditure

Power Hiking

On steep uphills (8%+ grade), power hiking can be more efficient than running for many runners. Signs you should walk:

• Running pace drops below 15:00/mile
• Heart rate is spiking unsustainably
• You're using excessive upper body movement

A strong power hike at 3.5-4 mph may be faster and more efficient than a struggling jog.

Downhill Technique

Descending well is a skill:

• Lean slightly forward (from ankles, not waist)
• Quick, light steps
• Let gravity do the work
• Don't brake with every step
• Relax—tension increases impact

Practice downhill running in training to develop efficiency and reduce quad damage on race day.

Course Analysis

Before a hilly race, analyze the elevation profile:

Questions to Answer

1. When do the major climbs occur?

   • Early climbs: Get them while fresh
   • Late climbs: Save energy, expect slower miles

2. How steep are the grades?

   • Gradual (2-5%): Runnable, modest adjustment
   • Moderate (5-8%): Significant adjustment, consider walk breaks
   • Steep (8%+): Power hike likely faster

3. Is the course net uphill or downhill?

   • Net uphill: Harder than flat
   • Net downhill: Not as easy as expected (quad damage)

4. Are there any runnable flat sections?

   • Use these to recover and make up time

Famous Hilly Courses

Race	Elevation Gain	Notes
Boston Marathon	-450 ft (net)	Downhill start, Newton Hills miles 16-21
Big Sur Marathon	2,000+ ft	Challenging climbs, spectacular scenery
Comrades Marathon	4,000+ ft	Ultra-distance with major elevation
Trail races	Varies wildly	Always check elevation profile

Training for Hills

Building Hill Strength

Hill repeats:

• Find a 4-8% grade hill
• Run hard uphill for 60-90 seconds
• Jog/walk down for recovery
• Repeat 6-10 times

Long run with elevation:

• Include hills that mimic goal race
• Practice effort-based pacing
• Build eccentric strength for downhills

Strength training:

• Squats and lunges build uphill power
• Eccentric calf raises prepare for downhills
• Single-leg work improves stability

Practicing Race-Specific Terrain

If your goal race has significant elevation, train on similar terrain:

• Match the grade and duration of climbs
• Practice your pacing strategy
• Test nutrition on long hilly efforts
• Build confidence on technical descents

Mental Strategies for Hills

Reframe Uphills

Instead of dreading climbs, view them as:

• Opportunities to pass people who started too fast
• Chances to reset and focus on form
• The price you pay for the downhill reward

Break It Down

Long climbs are mentally challenging. Break them into segments:

• Focus on the next switchback
• Count steps or breaths
• Use mantras ("strong legs, calm mind")

Stay Present

Don't think about how much climbing remains. Focus on the current step, the current breath. Hills end.

Special Considerations

Trail Running

Trail races often have far more elevation than road races:

• Factor in technical terrain slowing pace further
• Expect more walking on steep grades
• Bring more nutrition for longer efforts
• Poles may help on extreme terrain

Ultra Distances

In ultramarathons with significant climbing:

• Walking uphills is normal and strategic
• Save running legs for flats and gradual grades
• Power hike efficiency becomes critical
• Overall pace may be 2-4 minutes/mile slower than flat marathons

Heat + Hills

Climbing in heat compounds difficulty:

• Uphill running generates more heat
• Slower pace means more sun exposure
• Increase fluid and electrolyte intake
• Consider starting earlier in the morning

Race Day Execution

Pre-Race

• Know where the major climbs are
• Have a pacing plan for each section
• Accept that mile splits will vary significantly

During the Race

• Start conservatively (uphills will find your weaknesses)
• Effort-based pacing, not pace-based
• Take walk breaks strategically on steep climbs
• Attack the downhills only if legs feel good

Post-Race

• Expect more soreness than a flat race (especially quads)
• Allow extra recovery time
• Use the Race Recovery Calculator and add 20-30% for hilly courses

Use the Race Splits Calculator as a starting point, then adjust individual sections for elevation.