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Guangzhou to Siem-reap Flight Distance

Guangzhou Baiyun International Airport (CAN) to Siem Reap International Airport (REP)

Short HaulSouthwest (224°)Direct flights available
Primary sources · 6
  1. [1] Vincenty (1975)Direct and Inverse Solutions of Geodesics on the Ellipsoid — the iterative formula used for distance · Survey Review XXIII (176), pp. 88–93 · April 1975 https://www.ngs.noaa.gov/PUBS_LIB/inverse.pdf
  2. [2] NGA.STND.0036_1.0.0_WGS84WGS-84 reference ellipsoid (a = 6,378,137 m, 1/f = 298.257223563) · NGA Standard · July 2014 https://earth-info.nga.mil/index.php?dir=wgs84&action=wgs84
  3. [3] DESNZ 2024 conversion factorsPer-km kg CO₂e factors for the three distance bands and four cabin classes · UK Department for Energy Security and Net Zero · June 2024 https://www.gov.uk/government/publications/greenhouse-gas-reporting-conversion-factors-2024
  4. [4] Lee et al. (2021)Effective radiative forcing of aviation — the science behind the 1.9 × CO₂ → CO₂e uplift · Atmospheric Environment 244, 117834 · January 2021 https://doi.org/10.1016/j.atmosenv.2020.117834
  5. [5] OpenFlightsAirport coordinates and IATA codes · openflights.org/data.php · Community-maintained https://openflights.org/data.php
  6. [6] Sack (2010)Jet-lag review — clinical chronobiology and asymmetric recovery rates · New England Journal of Medicine 362:440 · February 2010 https://www.nejm.org/doi/full/10.1056/NEJMcp0909838

Loading globe...

926
Miles
1,491
Kilometers
805
Nautical miles
2h 15m
Flight time
Route Distance Scale1,491 km of 18,000 km max
0Short <1,500kmMedium <4,000kmLong <12,000kmUltra-Long

Your Route Summary

CAN
Origin
Guangzhou Baiyun International Airport
Guangzhou, China
23.3924°, 113.2990°
REP
Destination
Siem Reap International Airport
Siem-reap, Cambodia
13.4107°, 103.8130°

What This Means For Your Trip

Flight Duration: At 926 miles, this short-haul flight will take approximately 2h 15m. This is a relatively quick flight where you may not even need entertainment.

Time Adjustment: Siem-reap is 1 hour behind Guangzhou. You should experience minimal jet lag.

Environmental Impact: An economy class seat produces approximately 380 kg of CO2. Consider carbon offset programs if environmental impact is a concern.

Flight Options: 2 airlines serve this route, giving you options for schedule and price comparison.

Complete Flight Analysis

MetricValueCategory / Reference
Distance (Miles)926 miPrimary frequent flyer unit
Distance (Kilometers)1,491 kmInternational standard
Distance (Nautical Miles)805 nmAviation standard
Flight Time2h 15mBased on 850 km/h cruise + ground time
Route ClassificationSHORT HAULShort-haul flight (under 1,500 km)
Flight Direction224° SWSouthwest
Cruising Altitude33,000 ftFL330 (10,058 m)
Time Difference-1hJet lag: none
CO2 (Economy)380 kgDEFRA 2024 factors
CO2 (Business)1103 kg2.9x economy
CO2 (First Class)1521 kg4x economy
Trees to Offset35Economy class, per passenger
Fuel per Passenger45 L~8,100 L total (180 pax)
Operating Airlines2Direct flights available

Tips for This Route

Book Early
Book 3-6 weeks ahead for competitive fares on this route.
Best Window Seat
Choose the left side for views with less sun glare on this southwest flight.
Adjust Your Clock
Minimal time change—no special preparation needed.
Pack Smart
Short flight—light carry-on with essentials is sufficient.
Offset Your Impact
Consider offsetting 380 kg CO2 through verified programs—equivalent to planting 35 trees.
Compare Prices
Check multiple booking sites and set price alerts for the best fares.
CAN
DEPARTURE

Guangzhou Baiyun International Airport

Guangzhou, China

IATA / ICAO
CAN / ZGGG
Elevation
50 ft (15 m)
Local Time
02:43 AM
GMT+8
Coordinates
23.3924°, 113.2990°
View full airport details
REP
ARRIVAL-1h from departure

Siem Reap International Airport

Siem-reap, Cambodia

IATA / ICAO
REP / VDSR
Elevation
60 ft (18 m)
Local Time
01:43 AM
GMT+7
Coordinates
13.4107°, 103.8130°
View full airport details

Airlines Flying This Route

2 airlines operate flights between Guangzhou and Siem-reap.

K6
Cambodia Angkor Air (K6)
Cambodia
CZ
China Southern Airlines
China

Flight Details

Cruising Altitude
33,000 ft (10,058 m)
FL330
Flight Direction
Southwest
Initial bearing: 224°
Route Type
Short-haul flight (under 1,500 km)
Typical Aircraft
Airbus A320Boeing 737Embraer E190
Fuel Consumption
45 L per passenger
~8,100 L total (180 passengers)
Geographic Context
Route stays within the Northern Hemisphere
Both airports are in the Northern Hemisphere. Both airports are in the Eastern Hemisphere.

Flight Midpoint

The geographic midpoint of this flight is located at:

Latitude
18° 27' 37.6" N
18.4605°
Longitude
108° 25' 4.4" E
108.4179°
Halfway Point
463 mi
68 min into flight

Carbon Emissions by Cabin Class

CO2 emissions vary by cabin class due to seat space allocation. Based on DEFRA 2024 emission factors.

Economy
380 kg
CO2e: 722 kg
Premium Economy
608 kg
CO2e: 1156 kg
Business
1103 kg
CO2e: 2095 kg
First Class
1521 kg
CO2e: 2890 kg
Carbon Offset
To offset an economy class seat, plant approximately 35 trees.Equivalent to 0.7 months of average person's carbon footprint

Jet Lag & Travel Tips

Jet Lag Severity
none
Time Zone Change
1 hour back
Flying westward
Tips for This Journey
  • Minimal time difference - jet lag unlikely

Seat Recommendations

Best Window for Views
left Side
Sun will be on the left (east/north) side
Recommendation
Either side offers good views on southbound flights

Distance in Perspective

1
3.7% of Earth's circumference
2
258 flights of this distance would reach the Moon
3
Comparable to New York to Miami (1,756 km)
4
1.2 hours at the speed of sound

Distance & Speed Reference

MeasurementValue
Statute Miles926 mi
Kilometers1,491 km
Nautical Miles805 nm
Meters1,491,000 m
Feet4,889,280 ft
Flight Time (850 km/h)2h 15m
Driving Time (80 km/h avg)19 hours

Travel Speed Comparison

How long would it take to cover the 1,491 km between Guangzhou and Siem-reap at different speeds?

ModeSpeedTime
Commercial Jet850 km/h2h 15m
Turboprop Aircraft500 km/h2h 59m
Bullet Train320 km/h4h 40m
Car (highway)100 km/h14h 55m
Walking5 km/h298h (12 days)
Speed of Sound1,235 km/h1h 12m

Round Trip Summary

1,852
total miles
2,982
total km
4h 30m
total flight time
760
kg CO2 (economy)
View Return Flight: REP to CAN

Quick Facts

Distance926 mi
Flight Time2h 15m
Route Typeshort haul
DirectionSW
AltitudeFL330
Time Diff-1h
CO2 (Economy)380 kg
Airlines2

Frequently Asked Questions

How far is Guangzhou from Siem-reap?

The flight distance from Guangzhou Baiyun International Airport (CAN) to Siem Reap International Airport (REP) is 926 miles (1,491 km). This is the great circle distance calculated using the Vincenty formula.

How long is the flight?

A direct flight takes approximately 2h 15m. This is a short-haul flight typically cruising at 33,000 feet (FL330).

What is the time difference?

Siem-reap is 1 hour behind Guangzhou.

What airlines fly this route?

2 airlines operate this route: Cambodia Angkor Air (K6), China Southern Airlines.

What is the carbon footprint?

Economy class: 380 kg CO2 per passenger. Business class: 1103 kg. First class: 1521 kg. Offset with ~35 trees.

Which seat side is best?

For this Southwest flight, the left side offers the best views away from sun glare.

Can I drive from Guangzhou to Siem-reap instead of flying?

While driving is technically possible at 1,491 km, it would take approximately 19 hours of non-stop driving. Flying saves you significant time, reducing travel to just 2h 15m.

What aircraft typically fly this route?

This short-haul route is typically served by Airbus A320, Boeing 737, Embraer E190 aircraft. These are narrow-body aircraft designed for efficient short-distance travel.

How can I offset the carbon from this flight?

An economy class seat on this route produces 380 kg CO2. You can offset this by planting approximately 35 trees, purchasing verified carbon credits through programs like Gold Standard or Verra, or supporting renewable energy projects. Many airlines also offer built-in carbon offset options during booking.

External Resources & References

Learn more about the airports, aviation data, and carbon emissions methodology used in this calculation.

Dig deeper on this route