Moderate elevation gain
Your plan adapts to the terrain around your home, whether you have a small hill or some major mountain passes nearby.

Training plans / The Campus Trail
A good Campus trail training plan, developed by your coach Mathieu Blanchard, is essential to achieve your goals. Indeed, preparing for a trail is not simply about running long on the trails! You need a structured, progressive plan tailored to your profile, whatever your distance (from 5K to ultra).
In 2026, more than 25,000 runners followed this plan
The Campus Method draws on the experience of 600,000 runners and the analysis of 60 million kilometres run to provide effective, precise training plans tailored to each individual’s goals.

Do you want to understand the spirit of your future trail training plan? It's Mathieu Blanchard, reigning coach, who speaks about it best:
"Forget the copy-paste "road" plans: for Campus, I wanted to build a real trail runner experience. I put in everything I learned in the field: the importance of listening to yourself, managing elevation gain, and that famous ability to adapt when nature decides to change the plans.
The idea is to help you progress without breaking your body, while staying connected to your sensations and the environment.
Ready to change the way you see your training and go explore the summits? We'll catch up very soon on the trails!" - Mathieu Blanchard
A methodology developed by expert coaches over the past five years. It's precise, intelligently tailored, and truly effective.
Campus offers you four types of workouts to prepare for your next trail race. From easy endurance to various interval sessions, including long runs and strength & conditioning, nothing is left to chance to accompany you step by step toward your goal.
It’s about so much more than just trail running—we’re right by your side even when your trail running shoes are back in the closet.
600,000 runners have already improved their performance using the Campus method. A proven training philosophy, refined through the analysis of 60 million kilometres run.
There are several selection criteria for choosing the trail that suits you.
Distance: if you come to us from road running and are fond of speed, it is likely that a short trail (from 0 to 44 km-effort) is better suited to your expectations. And if you are just starting out in the discipline, this format is ideal for getting your bearings. Are you a seasoned trail runner and feel like you've done all the short trails? You can try ultra-trail.
Elevation: are you not comfortable with uphills and downhills? We're here to have fun, so avoid mountainous trails. There are many other very runnable races. If, on the contrary, you love climbing, descending and frolicking along technical trails, trails with elevation are made for you.
Your geographical situation: it is sometimes logistically complicated to travel to the other side of the country to take part in a race. We recommend prioritizing events that are near where you live. And for those that are farther away? Plan your vacation nearby! 😉
Your desires: is a legendary trail catching your eye? Have you heard about a race you now dream of entering? Take stock of what you want in order to plan your annual race calendar.
The effort kilometre, also called km-effort, is a unit of measurement that takes into account the elevation gain of the trail course you are running on. It involves adding the distance in kilometers to the positive elevation gain divided by 100.
The effort kilometre calculation formula is as follows:
➡️ km-effort = race distance in kilometres + (positive elevation gain in meters/100)
For example, a 100-kilometre race and 5,000 metres of positive elevation gain is equivalent to 100 + 50 = 150 km-effort. Or, a 20-kilometre trail and 1,000 metres of positive elevation gain is equivalent to 20 + 10 = 30 km-effort.
While it is possible to run on the road with trail shoes, it should only be done occasionally. Trail shoes are indeed designed for specific terrains: technical, slippery, rocky, and so on. However, since asphalt is particularly rigid and lacks roughness, it is likely that the grip of trail shoe studs will not work optimally on this type of surface. It can also prematurely wear out the studs on your shoes.
When it comes to a small stretch of road to cover during a trail outing or race, trail shoes do just fine. However, we do not recommend training on asphalt with trail shoes. Shoes designed for road running are much better suited to asphalt: they provide dynamism, cushioning and support for the feet.
It is extremely difficult to define precisely the average speed at which a beginner trail runner progresses. It must be said that a runner's speed depends on many factors:
their athletic background,
their current athletic level,
the difficulty of the terrain of the race completed (technicality, elevation gain, and so on),
of the personal goal of the runner,
of the training load completed by the athlete and the time that this latter was able to allocate to their preparation,
etc.
Finally, if we could give you just one and only one piece of advice to follow, it would be to not compare yourself to others.
Since a trail-running race can take place on different terrains, it is advisable to identify, before starting your preparation, the specific features of the course you are about to run on, so as to adapt your training plan accordingly. For example, if your trail has elevation gain, is particularly technical and not very runnable, or if most of the course takes place in sand, it is essential that you get used to running on similar terrain types so that you can best prepare to complete your sporting goal in the best possible conditions.
To progress in trail, it is essential to clearly define your goals and to adopt a structured, regular and above all progressive training plan. The latter includes trail-running-specific workouts, namely uphill and downhill workouts, on technical terrain, as well as interval training (notably to train your cardio to go up and down, as can happen when you move from flat terrain to a steep climb).
We also recommend focusing on strength & conditioning (and that’s lucky, because we offer trail-specific exercises).
Finally, don't skimp on the aspects related to progress such as recovery (sleep, stretching, self-massage, and so on) and nutrition.
Impossible to answer this question without knowing the trail distance you are preparing for as well as the positive elevation gain it presents. Our trail training plans range from 6 to 18 weeks, for 3 to 10 workouts per week. Why such a difference? Because we do not prepare a 5 km trail the same way as an ultra-trail. Yet both are still trails.
At Campus, our trail training plans range from 6 weeks for XXS to S trails to 18 weeks for ultra-trails.
For a quick guide to distances and formats, it's here !
It's very simple: by trusting your Campus trail plan. We offer you an option allowing you to directly integrate strength & conditioning into your training plan. Exercises, number of repetitions, effort durations... everything is explained, with videos to back it up.
One extra tip: avoid scheduling this workout the day before a big intensity workout so as not to suffer from muscle soreness.
To calculate the cumulative positive elevation gain of a trail: you must add up all the positive elevation gains covered during a race. For example: you can do 600 metres of positive elevation gain, then 100 metres of negative elevation gain, climb 1,000 metres of positive elevation gain, then descend 300 metres of negative elevation gain to the finish. If we take the positive elevation gains in our example, that gives: 600 + 1,000 = 1,600 metres of positive elevation gain.
To calculate the negative elevation gain of a trail: you must add up all the negative elevation gains covered during a race. In the example above, that works out to: 100 + 300 = 400 metres of negative elevation gain.
A trail with elevation should not be approached in the same way as a so-called “runnable” trail. Indeed, the positive elevation gain (in other words, when it goes uphill) puts our body under a concentric effort (the muscles shorten). Besides, you’d probably agree that running uphill is more difficult than running on a flat surface, right? This is explained as follows:
our oxygen consumption and heart rate increase;
muscles such as the glutes, calves and quadriceps are more heavily engaged;
it has been shown that running uphill burns about 250 more calories than running on flat terrain.
To approach positive elevation gain wisely, we therefore advise you to opt for brisk walking, with or without poles, in order to save your energy.
As for negative elevation gain — in other words, when it goes downhill — since the effort is eccentric (the muscles lengthen), it is important to train to run downhill so that your muscles do not take the hit on race day. Yes, we often underestimate them, but downhills are much more “traumatic” than uphills!
Campus uses an innovative training method to address this problem: the "muscle pre-fatigue". It's a training method that consists of using strength & conditioning to fatigue the muscles before performing interval training phases. With a Campus trail training plan, you'll be able to prepare your race effectively even without elevation gain near your home!
How we adapt your trail plan on Campus:
If you don't have a long enough uphill nearby, your quality sessions will include strength & conditioning exercises to do just before the uphill intervals
This will allow you to generate pre-fatigue before getting into the intensities
You thus improve your muscular endurance to fatigue!
Yes, provided you adapt your training to your trail goal. At Campus, we offer workouts with muscle pre-fatigue to best simulate the muscular efforts found in uphill sections. Of course, this goes hand in hand with good S&C workouts (strength & conditioning), which are also included in your Campus trail training plan.