VacationSelector

Kathmandu or Rio de Janeiro?

Two destinations compared in twelve categories, each scored against the same fixed benchmark cities. Weight what matters to you and the verdict follows.

Swayambhunath with its prayer flags, Kathmandu
Kathmandu

Photo: Nabin K. Sapkota, CC BY-SA 4.0, cropped

Sugarloaf Mountain above the boats in Botafogo Bay, Rio de Janeiro
Rio de Janeiro

Photo: Arne Müseler, CC BY-SA 3.0 DE, cropped

Your match

Kathmandu
48
match

Wins on prices and wellness with your weighting.

Rio de Janeiro
✓ Best match
62
match

Wins on beaches and nightlife with your weighting.

What matters to you?

Pick a travel style or drag the sliders. The match scores above update as you do.

Scoreboard

Our verdict on each category, scored 0 to 100 against fixed benchmark cities.

KathmanduRio de Janeiro
Beaches & swimming. Rio de Janeiro leads by 88 points.88
Food & drink. Rio de Janeiro leads by 7 points.7
Culture & sights. Kathmandu leads by 14 points.14
Nightlife. Rio de Janeiro leads by 44 points.44
Nature & outdoors. Rio de Janeiro leads by 20 points.20
Day trips. Kathmandu leads by 6 points.6
Good for families. Rio de Janeiro leads by 30 points.30
Getting around. Rio de Janeiro leads by 19 points.19
Shopping & style. Kathmandu leads by 5 points.5
Affordability. Kathmandu leads by 37 points.37
Live music & performing arts. Rio de Janeiro leads by 38 points.38
Wellness & relaxation. Kathmandu leads by 15 points.15
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What lies behind each score is written up on the two cities’ own pages: Kathmandu and Rio de Janeiro.

When should you go?

Pick the month you can travel and see both cities side by side. The climate figures are measured averages, not a forecast.

Climate figures for July
JulyKathmanduRio de Janeiro
Daytime high29 °C24 °C
Night-time low20 °C18 °C
Rainfall in the month384 mm45 mm
Sunshine4 hours a dayNo figure
Sea temperatureNo sea22 °C
Daylight14 hours a day11 hours a day

The whole year

Each row is shaded against that destination’s own year, so the deepest cell is its best month for that figure and the palest its weakest. Shades are not comparable between the two rows.

J
F
M
A
M
J
J
A
S
O
N
D
Daytime high, °C
Kathmandu
19
22
26
29
29
29
29
29
28
27
23
20
Rio de Janeiro
28
28
28
27
25
24
24
25
25
26
26
27
Sea temperature, °C
Kathmandu
No coastline within reach
Rio de Janeiro
25
25
25
25
24
23
22
21
21
22
23
24
Rainfall, mm
Kathmandu
16
23
37
57
113
260
384
317
211
48
7
10
Rio de Janeiro
208
151
173
101
71
49
45
42
69
108
220
232
Daylight, hours per day
Kathmandu
11
11
12
13
14
14
14
13
12
12
11
10
Rio de Janeiro
13
13
12
12
11
11
11
11
12
13
13
14
Sunshine, hours per day
Kathmandu
6
6
7
7
7
5
4
4
5
7
7
7
Rio de Janeiro
No sunshine record

Where the figures come from

Rio de Janeiro has no weather station within reach, so its figures come from a gridded climate model rather than a measured record, and read a broad area rather than the city itself.

Temperature and rainfall are climate normals, averaged over the years shown. Kathmandu: 1991-2020 normals, Kathmandu Airport (4.7 km from centre). Rio de Janeiro: 2001-2020 normals, NASA POWER reanalysis grid, no weather station within 90 km.

WorseBetter

Getting there

Flying fromKathmanduRio de Janeiro
DubaiDXB, DWC
4 h 10 m
€400-446
KTM · 4 km
14 h 40 m
€1,154-1306
GIG · 12 km

The busiest departure cities for these two, with a place kept for each other part of the world. Busiest means arriving passengers where an official count exists, and where none does, the number of non-stop services flown: official route statistics are published by the European reporting countries and by nobody else, so a table ranked on them alone would offer a reader in New York or Tokyo ten European cities. Flying times are estimated from the distance between airports, and every row is a city flown non-stop to both. Where the typical offer connects anyway, the stops are shown. Under each figure is the airport the flight lands at and how far that is from the centre, because the nearest airport is not always the one a route is flown to. Where both columns name the same airport it is one flight, and the difference between the two is the distance printed beside it. Typical return fares for 2026-10 to 2026-12, cached market data up to 7 days old. The figure is the middle half of the offers found, so a single price means they agreed and a range means they did not; for a typical route that middle half spans about a quarter of the median, and for the least settled routes rather more than the median itself.

Before you go

MeasureKathmanduRio de Janeiro
Official languageNepaliPortuguese
CurrencyNepalese Rupee (NPR)Brazilian Real (BRL)
SocketsCM230 V, 50 HzCN60 Hz
Driving sideLeftRight
Time zoneUTC+5:45UTC-3
Emergency numberPolice 100, ambulance 102, fire 101Police 190, ambulance 192, fire 193
Elevation1,300 m31 m
Main airportTribhuvan International Airport (KTM)4 km from centre38 non-stop destinationsRio de Janeiro Galeão – Tom Jobim International Airport (GIG)12 km from centre54 non-stop destinations
Public holidays this year-14 days

By the numbers

MeasureKathmanduRio de Janeiro
City population845,7676,211,223
People per km²17,1214,930
Museums within 10 km970
UNESCO World Heritage sites within 50 km13
Swim season, months above 21 °C-12 months

Where else could you go?

Every comparison below shares a destination with this one, so you can follow Kathmandu or Rio de Janeiro somewhere new.

Browse every destination

Sources

Structured data from Wikidata (CC0). Weather data by Meteostat. Meteorological data provided by NOAA, DWD and others. Airport data from OurAirports (public domain). Non-stop route lists from the "Airlines and destinations" tables on English Wikipedia airport articles, by Wikipedia contributors, reused under CC BY-SA 4.0. Currency from the ISO 4217 register maintained by SIX, cross-checked against country data from GeoNames (CC BY 4.0). Price level from World Bank open data (PPP conversion factor for private consumption and official exchange rate), CC BY 4.0. Time zones from GeoNames (CC BY 4.0); clock offsets computed from the IANA time zone database. Temperature and rainfall for destinations with no weather station are from the NASA POWER 2001-2020 climatology, derived from MERRA-2. Sea surface temperature from NOAA OISST v2.1, NOAA Physical Sciences Laboratory. Public holidays from Nager.Date (MIT). Exchange rates via Frankfurter, based on European Central Bank reference rates. Daylight hours computed from each destination's latitude using the NOAA solar position algorithm. Typical fares from Travelpayouts (Aviasales data). Route-level air passenger statistics from Eurostat, © European Union, reused under CC BY 4.0.

Category scores are our editorial verdict under rubric v3, each placed against the same fixed benchmark cities; the climate and flight figures are measured. How the scores are set. Snapshot generated 2026-10-27. Typical prices can be up to 7 days old. Daily budgets are estimates from country price levels.