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Canton Fribourg overview
Ranking · Data swissALTIRegio 2025 · Source: BFS

The steepest municipalities in canton Fribourg

National ranking

Jaun is the steepest municipality in canton Fribourg: its terrain averages 28.5° of slope. Next come Bas-Intyamon (26.4°) and Haut-Intyamon (26.1°). This is the mean gradient across the whole municipal area, measured on a 40 m elevation grid — a figure for ordering, not an absolute gradient. Source: swisstopo swissALTIRegio 2025.

Ranking

swisstopo · swissALTIRegio 2025
RankMunicipalityMean slopeResidents
1Jaun28.5°647
2Bas-Intyamon26.4°1'701
3Haut-Intyamon26.1°1'691
4Grandvillard25.6°858
5Val-de-Charmey24.2°2'672
6Crésuz23.4°474
7Châtel-sur-Montsalvens22°359
8Broc19.4°2'810
9Plaffeien19.1°3'668
10Gruyères18.3°2'301
11Plasselb17°1'059
12Botterens16.4°741
13La Roche15.8°1'859
14Châtel-Saint-Denis15.7°8'512
15Corbières13.4°1'042
16Semsales11.8°1'575
17Treyvaux11.7°1'596
18Hauteville11.5°730
19Ecublens11°405
20Le Mouret10.9°3'323
21St. Silvester10.4°1'014
22Fribourg10.1°38'660
23Villarsel-sur-Marly10°74
24Ueberstorf9.6°2'400
25Montet9.6°532
26Pont-la-Ville9.5°613
27Giffers9.3°1'684
28Surpierre9.2°1'230
29Sorens9.2°1'096
30Prévondavaux8.9°97
31Pont-en-Ogoz8.8°2'013
32Brünisried8.7°700
33Grangettes8.4°212
34Le Pâquier8.4°1'390
35Heitenried8.4°1'403
36Tafers8.3°7'900
37Le Châtelard8.2°352
38Marly9'069
39Bois-d’Amont2'381
40St. Ursen7.8°1'441
41Remaufens7.8°1'285
42Auboranges7.8°286
43Gibloux7.7°8'134
44Rechthalten7.7°1'152
45Granges7.6°970
46Châtillon7.5°527
47Hauterive7.5°2'687
48Massonnens7.4°606
49Vuadens7.4°2'556
50Pierrafortscha7.3°150
51Bulle FR7.2°26'749
52Ursy7.1°3'493
53Vaulruz7.1°1'128
54Granges-Paccot7.1°3'936
55Villorsonnens1'526
56Attalens3'678
57Rue6.9°1'592
58Courtepin6.9°5'765
59Nuvilly6.8°493
60Montagny6.6°3'017
61Ferpicloz6.6°251
62Schmitten6.6°4'300
63Wünnewil-Flamatt6.5°5'722
64Marsens6.4°2'115
65Saint-Martin6.4°1'011
66La Sonnaz6.3°1'406
67Prez6.2°2'472
68Les Montets6.1°1'614
69Echarlens6.1°841
70Villars-sur-Glâne6.1°12'444
71Courgevaux6.1°1'462
72Tentlingen6.1°1'358
73Siviriez2'566
74Chapelle349
75Belfaux5.9°3'470
76Riaz5.8°2'890
77Torny5.7°1'082
78Neyruz5.7°2'875
79Le Flon5.7°1'203
80Vuisternens-devant-Romont5.6°2'352
81La Verrerie5.6°1'346
82Misery-Courtion5.5°2'364
83Grolley5.5°2'120
84Matran5.4°1'774
85Belmont-Broye5.3°6'011
86Châtonnaye5.3°865
87Corminboeuf5.3°2'928
88Cottens5.3°1'508
89Autigny5.2°804
90Bösingen5.2°3'341
91Ménières5.2°442
92Lully5.1°1'214
93Avry5.1°1'926
94Mézières1'147
95Kleinbösingen705
96Ponthaux806
97Ulmiz425
98Cugy4.9°1'989
99Romont4.9°5'891
100Düdingen4.9°8'939
101Billens-Hennens4.8°908
102Villaz4.8°2'347
103Sâles4.7°1'452
104Cressier4.7°1'094
105Morlon4.6°713
106Chénens4.6°847
107Givisiez4.5°3'309
108La Brillaz4.3°2'201
109Gurmels4.2°4'695
110Mont-Vully4'452
111Bossonnens3.8°1'609
112Murten3.3°9'531
113Ried bei Kerzers3.2°1'223
114Fräschels3.1°440
115Cheyres-Châbles2'468
116Fétigny2.9°1'189
117Vallon2.5°520
118Kerzers2.5°5'448
119Saint-Aubin2.4°1'970
120Estavayer2.3°10'296
121Delley-Portalban1.4°1'339
122Gletterens1.2°1'135
123Sévaz1.2°314
124Greng0.7°167
125Meyriez0.6°564
126Muntelier0.3°964
swissALTIRegio 2025 · swisstopo, retrieved 04.08.2026

How we measure this

swisstopo

The mean slope of the terrain in degrees, averaged over the whole municipal area from the swisstopo swissALTIRegio digital elevation model at 40 m resolution (swissALTIRegio 2025). Two caveats matter. First, it describes the entire territory, not the inhabited settlement — a municipality can be steep overall while its village sits on flat ground. Second, slope depends on the grid it is measured at: at 40 m the figures run a few percent gentler than a 10 m grid, so use them to order municipalities, not as an absolute gradient. Steep terrain and large vertical range tend to coincide; see the greatest-vertical-range ranking.

Frequently asked questions

Which municipality in canton Fribourg has the steepest terrain?
Jaun, whose terrain averages 28.5° of slope (swissALTIRegio 2025) — the steepest of any municipality in canton Fribourg, measured on the swisstopo 40 m elevation grid.
Why is the slope measured at 40 m?
Slope depends on the resolution of the elevation grid it is computed from. These figures use the swisstopo 40 m grid, which is stable and comparable across all municipalities; a finer 10 m grid would read a few percent steeper. The ranking order is reliable, but the degree value is not an absolute gradient.

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