About Aurora Quest
15,000+
Happy Customres
98%
10+
Years Experience
15+
Our Story
Founded in 2015 by local Lapland natives, Aurora Quest began as a dream to share the ancient magic of revontulet – the “firefox flames” as our ancestors called the Northern Lights. Born and raised in Lapland, we grew up with Sami stories of the aurora dancing across our winter skies, and we’ve dedicated our lives to sharing this wonder with visitors from around the world.
Lapland sits directly beneath the Aurora Oval, making it one of Earth’s premier locations for witnessing this celestial phenomenon. Our region experiences aurora activity on over 200 nights per year, with the phenomenon visible from late August through April. The combination of our subarctic location at 66°33’N, minimal light pollution, and stable weather patterns creates optimal conditions for aurora viewing.
The Northern Lights, or Aurora Borealis, occur when electrically charged particles from the sun collide with gases in Earth’s atmosphere at altitudes of 80-300 kilometers. In Lapland, we’re blessed to witness this cosmic dance in its full glory – from gentle green curtains swaying across the sky to explosive coronas that fill the entire heavens with color. Our ancestors believed the lights were caused by the firefox running so fast across the snow that its tail swept up flakes, creating sparks in the sky.
Today, we combine this rich cultural heritage with modern aurora science and forecasting. Our team monitors solar wind data, KP-index levels, and local weather conditions to predict optimal viewing opportunities. We’ve welcomed over 50,000 guests from 80+ countries, maintaining a 98% aurora success rate by understanding both the science and the soul of the Northern Lights.
Made with love in Lapland
The Science & Soul of Aurora Borealis
The Aurora Phenomenon
The Northern Lights are one of nature’s most spectacular displays, occurring when solar particles interact with Earth’s magnetic field and atmosphere. These charged particles, traveling at speeds up to 1,000 km/second, create the ethereal curtains of light that dance across our polar skies.
Different gases produce different colors: oxygen creates the familiar green glow at 100-300km altitude, while rare red auroras occur at higher altitudes above 300km. Nitrogen produces blue and purple hues, creating the spectacular multi-colored displays that make each aurora unique.
The intensity of aurora activity is measured by the KP-index scale from 0-9. In Lapland, we can observe auroras even during low activity (KP 1-2), while stronger geomagnetic storms (KP 4-6) produce the most dramatic displays visible even in urban areas.
Lapland’s Unique Advantage
Finnish Lapland offers some of the world’s best conditions for aurora viewing. Located between 66°-70°N, we sit directly under the Aurora Oval – the ring-shaped zone around the magnetic pole where aurora activity is most frequent and intense.
Our region enjoys over 200 aurora nights annually, with the season extending from late August through April. The polar night period (kaamos) from December to January provides up to 20 hours of darkness daily, maximizing viewing opportunities.
The stable continental climate means fewer cloudy nights compared to coastal regions, while our network of wilderness areas provides dark-sky locations just minutes from Rovaniemi city center.
Ancient Wisdom & Modern Science
Revontulet – Firefox Flames
Sami Traditions
Modern Understanding
Excellence
Community
Sustainability
Certifications & Safety
- Licensed Tour Operator (Finnish Tourism Board)
- First Aid & Wilderness Rescue Trained
- Insurance Coverage €2M
- Arctic Safety Certified Guides
- Sustainable Tourism Certified
- Member of Lapland Tourism Association
Lapland: Gateway to the Aurora
Geographic Advantages
- Positioned within the Aurora Oval (66°-70°N)
- Arctic Circle location ensures long winter nights
- Continental climate with stable, clear weather
- Vast wilderness areas with zero light pollution
- Aurora visible 200+ nights per year
- Magnetic declination favors intense displays
Seasonal Aurora Calendar
August – September
+5°C to -5°C, autumn equinox peak
October – February
-10°C to -35°C, polar night season
March – April
-15°C to 0°C, spring equinox finale