KOM / QOM Pace Estimator

Enter your segment distance, elevation, current KOM/QOM time and safety margin to calculate the exact pace and speed you need to claim the record.

Created by Luis GonzalezLast updated: May 9, 2026

How to Use This Calculator

1
Enter Segment Distance and Elevation Gain
Input the total distance (in meters or miles) and the total elevation gain (in meters or feet) for the Strava segment you are targeting.
2
Provide Current KOM/QOM Time
Enter the current record holder's time in total seconds for the segment. For example, 900 seconds for 15 minutes.
3
Set Your Safety Margin
Input how many seconds faster than the current KOM/QOM time you aim to achieve, providing a buffer for your attempt.
4
Select Unit System
Choose between Metric (kilometers, meters) or Imperial (miles, feet) for your inputs and outputs.
5
Review Your Target Metrics
Analyze the calculated target time, required pace, average speed, segment grade, VAM (Vertical Ascent Meters per hour), and grade-adjusted pace to plan your effort.

Example Calculation

A cyclist aims to beat a 15-minute KOM on a 5 km segment with 50 meters of elevation gain, targeting a 10-second improvement.

distanceM

Elevation Gain

Current KOM/QOM Time

900 sec

Safety Margin

10 sec

Unit System

metric

Results

Tips

Pace Based on Terrain

Your required pace will vary significantly with segment grade. For steeper climbs (over 5%), focus on maintaining a consistent VAM (Vertical Ascent Meters per hour), typically aiming for 800-1200 m/h for strong efforts, rather than a flat-ground pace.

Factor in Wind Conditions

Wind can drastically impact your KOM/QOM attempt. Use local weather forecasts to assess headwinds or tailwinds, and adjust your target power output or perceived effort accordingly. A strong headwind can add minutes to a 5km segment.

Utilize Grade Adjusted Pace (GAP)

Pay close attention to the Grade Adjusted Pace (GAP) to understand your effort on climbs as if it were flat ground. This metric helps compare efforts across varied terrain and ensures you're pushing adequately on ascents without over-pacing.

The KOM / QOM Pace Estimator is a powerful tool for Strava athletes, calculating the precise target time, required pace, average speed, VAM (Vertical Ascent Meters per hour), and grade-adjusted effort needed to conquer a segment record. This ensures cyclists and runners can strategize their attempts with data-driven precision, accounting for distance and elevation. For example, to beat a 15-minute KOM by 10 seconds on a 5 km segment with 50 meters of elevation, a cyclist would need to target a time of 14:50, demanding a calculated and sustained effort in 2025.

Calculating Your Target KOM/QOM Pace

Achieving a King or Queen of the Mountain (KOM/QOM) on Strava requires meticulous planning and a precise understanding of the effort needed. This calculator breaks down the segment into actionable metrics, transforming a target time into the average speed and pace required, while also considering the vertical meters ascended per hour (VAM) and the grade-adjusted pace (GAP). By setting a safety margin, athletes can aim for a time slightly faster than the current record, giving themselves a buffer against slight variations in performance or conditions.

target time (seconds) = current KOM/QOM time - safety margin

speed (km/h) = (distance in km / target time) × 3600
pace (min/km or min/mi) = target time / distance in km (or miles)

grade (%) = (elevation gain in meters / (distance in km × 1000)) × 100
VAM (m/h) = (elevation gain in meters / target time) × 3600

grade adjusted pace factor = 1 + grade % × 0.012
grade adjusted pace = pace / grade adjusted pace factor

Where:

distanceM is the segment length.
elevationGainM is the total climb.
currentKomTimeSec is the existing record.
marginSec is the desired improvement.
VAM is Vertical Ascent Meters per hour.
grade adjusted pace is the equivalent pace on flat ground.

💡 To effectively plan your training leading up to a KOM attempt, our Workout Duration Calculator can help you optimize your session lengths and recovery times.

Estimating Pace for a 5km KOM Segment

Consider a cyclist targeting a local Strava KOM on a 5 km segment (distanceM: "5") with 50 meters of elevation gain (elevationGainM: "50"). The current KOM time is 15 minutes (900 seconds) (currentKomTimeSec: "900"), and they want to beat it by 10 seconds (marginSec: "10"). They prefer metric units (unitSystem: "metric").

Calculate Target Time: target time = 900 seconds - 10 seconds = 890 seconds (14 minutes, 50 seconds)
Determine Average Speed: speed (km/h) = (5 km / 890 sec) × 3600 = 20.22 km/h
Calculate Required Pace: pace (min/km) = 890 sec / 5 km = 178 sec/km = 2:58 min/km
Find Segment Grade: grade (%) = (50 m / (5 km × 1000 m/km)) × 100 = (50 / 5000) × 100 = 1%
Calculate VAM: VAM (m/h) = (50 m / 890 sec) × 3600 = 202.25 m/h
Determine Grade Adjusted Pace (GAP): grade adjusted pace factor = 1 + 1% × 0.012 = 1 + 0.012 = 1.012 grade adjusted pace = 2:58 min/km / 1.012 = 2:56 min/km

The cyclist's Target Time is 14:50. This requires an average speed of 20.22 km/h and a Required Pace of 2:58 min/km. The segment has a mild 1% Segment Grade, leading to a VAM of 202 m/h. The Grade Adjusted Pace is slightly faster at 2:56 min/km, indicating that the climb's impact is minimal but still factored in.

💡 For athletes interested in advanced performance metrics, our xG Expected Goals Estimator provides a different type of analytical insight, relevant for understanding outcome probabilities in sports.

Optimizing Cycling Performance: Training for Strava KOMs

Achieving a Strava KOM or QOM is a significant fitness goal that often requires a structured training approach focusing on specific performance metrics. For cyclists, this includes developing sustained power output, particularly at higher intensities, often measured in watts per kilogram (W/kg). Climbing segments demand a strong VAM (Vertical Ascent Meters per hour), with elite riders pushing upwards of 1500 m/h on steep gradients, while strong recreational riders might aim for 800-1200 m/h. Training should incorporate interval sessions tailored to the duration and intensity of the target segment, alongside efforts that build endurance for the overall ride. Understanding the segment's grade is crucial; a 5% grade requires significantly more power than a 2% grade. Incorporating regular testing on similar terrain, and analyzing data from tools like this estimator, allows athletes to refine their pacing strategies and ensure they're peaking for their KOM attempt in 2025.

Strava's KOM/QOM System and Community Standards

Strava's King of the Mountain (KOM) and Queen of the Mountain (QOM) system forms the bedrock of its competitive cycling and running community, creating virtual races on real-world segments. This feature, introduced early in Strava's history, leverages GPS data to rank users by their fastest times on predefined sections of road or trail. The allure of holding a KOM/QOM drives many athletes to push their limits, fostering a vibrant, if sometimes intensely competitive, environment. However, this system also necessitates adherence to certain community guidelines and "unwritten rules" to maintain fair play and segment integrity. This includes avoiding activities that could artificially boost segment times, such as riding in vehicles, using e-bikes (unless specifically categorized), or creating dangerous situations. Strava actively monitors for suspicious activity and allows users to flag segments for review, ensuring that KOM/QOM achievements reflect genuine athletic effort and respect for safety.

Frequently Asked Questions

What is a KOM/QOM in Strava and why is it important?

A KOM (King of the Mountain) or QOM (Queen of the Mountain) is the fastest time recorded by a cyclist or runner on a specific segment of road or trail in the Strava fitness tracking app. Achieving a KOM/QOM signifies peak performance on that segment, serving as a highly coveted personal achievement and a competitive benchmark within the Strava community, motivating athletes to push their limits.

How does elevation gain affect the effort needed to beat a KOM?

Elevation gain significantly increases the effort needed to beat a KOM because it requires more power output to overcome gravity. Steep grades demand higher Watts per kilogram (W/kg) for cyclists or greater energy expenditure for runners, drastically slowing overall speed compared to flat terrain. The calculator quantifies this by showing the impact on required pace and VAM.

What is VAM and how is it used in cycling?

VAM, or Vertical Ascent Meters per hour, is a metric used in cycling to measure a rider's climbing efficiency. It calculates the vertical meters gained per hour of climbing, providing insight into sustained power output on ascents. Elite cyclists can achieve VAM values exceeding 1800 m/h on steep climbs, while recreational riders might aim for 600-1000 m/h, making it a key performance indicator for climbers.

What is Grade Adjusted Pace (GAP) and how does it help?

Grade Adjusted Pace (GAP) is a metric that estimates what your running or cycling pace would be on flat ground if you exerted the same effort as you did on varied terrain. It helps by providing a normalized measure of effort, allowing athletes to compare performance across different segments with varying gradients. For example, a 7 min/mile pace uphill might equate to a 6 min/mile GAP on flat ground, giving a clearer picture of fitness.