Overview of the Nordurflug Geothermal Helicopter Tour
The Nordurflug Geothermal Helicopter Tour is a scenic flight experience departing from Reykjavik, Iceland, aboard an Airbus Helicopters AS-365 Dauphin—a twin-engine aircraft built for stability and comfort during sightseeing. The tour combines aerial views of Iceland's dramatic landscapes with a ground landing at an active geothermal site, giving you both sky-high perspective and close-up access to one of the country's most distinctive natural features. This is the kind of experience that justifies the cost and effort: you're not just flying over scenery, you're landing in it.
This experience suits travelers seeking a premium, immersive way to understand Iceland's geothermal character without the lengthy hiking or remote logistics of reaching these sites by road. Whether you're a first-time visitor to Iceland or a returning explorer, a flight with Nordurflug bridges the gap between guided sightseeing and genuine adventure. Spots fill quickly during peak seasons, so booking early is essential if you're visiting in spring or summer.
Highlights of This Geothermal Flight Experience
- Aerial views of Iceland's landscapes from inside a professional twin-engine helicopter piloted by experienced crew
- An actual landing at a geothermal site, allowing you to step out and experience the thermal activity firsthand rather than just viewing it from above
- Expert narration and guidance from Nordurflug's chief pilot Jon K Bjornsson, who provides context on what you're seeing
- Just over one hour of total flight time, making it feasible to fit into a full day of sightseeing without consuming your entire schedule
- The opportunity to photograph Iceland's geothermal features from unique angles—both mid-flight and during the ground stop
What to Know Before Booking Your Geothermal Flight
- Duration: The tour lasts a bit more than one hour, including takeoff, flight, one ground landing, and return to the airport
- Aircraft: You'll fly in an Airbus Helicopters AS-365 Dauphin, a two-engine helicopter designed for safety and smooth flight in variable conditions
- Departure point: Tours operate from Reykjavik, making it accessible for visitors staying in or near the capital
- Landing: Plan for one off-airport landing at a geothermal site; this is not a fly-over-only experience, so dress for stepping out in Icelandic weather
- Crew: Nordurflug's professional pilots handle all operations; this is a commercial tour with established safety protocols
- Timing: April is a viable season for this tour; availability and weather conditions vary seasonally, so confirm dates early
Frequently Asked Questions About the Nordurflug Geothermal Tour
Is this helicopter tour safe?
Yes. The aircraft is a twin-engine Airbus Helicopters model piloted by experienced professionals, and Nordurflug is an established operator in Iceland. The tour includes a controlled landing at a prepared geothermal site, not a remote or risky one.
Will I get good views of geothermal activity during the flight?
You'll see geothermal landscapes from the air, but the real experience comes during the ground landing, where you can observe steam, thermal features, and the terrain up close. The aerial portion provides context and scale.
What should I wear for the geothermal site landing?
Wear layered, waterproof clothing suitable for Icelandic spring or autumn weather. Even in summer, Iceland can be cool and windy. Sturdy, closed-toe hiking boots or waterproof shoes are essential for walking on geothermal terrain, which can be uneven and occasionally wet or hot.
How far in advance should I book?
Book as soon as possible, especially if traveling during peak season (spring through autumn). Helicopter tours in Iceland fill quickly, and Nordurflug's geothermal tour is popular. Booking weeks ahead is safer than waiting until you arrive.
Can I bring a camera on the helicopter?
The video shows aerial photography was captured during the tour, so cameras are permitted. Check with Nordurflug about their specific policies on camera size, stabilization, and storage during flight and landing.
