General-aviation adventures built around scenery, navigation and discovery. Before the flight you get a concise mission briefing and visual clues. The richer track, route review and evidence belong to the debrief after you have flown it.
Brief first. Discover in the air. Debrief afterwards. RFoV deliberately avoids showing a complete prescribed flight path before an adventure. Use the briefing, your own navigation and the landscape. Once the sector is complete, the detailed recorded route becomes part of the story.
Adventure Tour · 20 stages
The Ring of Fire
Explore Earth's restless Pacific margin. Follow volcanic arcs from New Zealand to the Andes with bespoke visual charts, magnetic tracks, radio-navigation references and a volcanology story for every leg.
0 / 20 sectors complete
01
MISSION BRIEFING
New Zealand • Auckland Volcanic Field to Taupō Volcanic Zone
NZAA → NZRO
Volcanology Brief
Rangitoto
Tectonic setting: Pacific Plate subducting beneath the Australian Plate; Auckland itself is an intraplate basaltic field.
Why it matters: Auckland's youngest volcanic cone rises from the Hauraki Gulf and makes a perfect visual departure landmark.
Mount Tarawera
Tectonic setting: Back-arc extension and subduction-related volcanism within the Taupō Volcanic Zone.
Why it matters: The 1886 eruption ripped open a chain of craters across Tarawera; the fissure is still striking from the air.
Ruapehu
Tectonic setting: Taupō Volcanic Arc in the east, transitioning west toward the isolated Taranaki volcanic centre.
Why it matters: Ruapehu is New Zealand's highest active volcano and dominates the central North Island skyline.
Agung
Tectonic setting: Sunda Arc volcanism generated by northward subduction of the Indo-Australian Plate.
Why it matters: Agung is Bali's highest volcano and the island's dominant navigational landmark.
Semeru
Tectonic setting: Sunda Arc subduction volcanism along densely populated eastern Java.
Why it matters: Semeru is Java's highest volcano and forms the dramatic southern wall of the Tengger region.
Merapi
Tectonic setting: Sunda Volcanic Arc, where rapid subduction feeds a closely spaced chain of active stratovolcanoes.
Why it matters: Merapi is one of Indonesia's most persistently active volcanoes and sits immediately north of Yogyakarta.
Krakatau
Tectonic setting: Sunda Arc subduction; the route crosses the volcanic spine of Java before reaching the Sunda Strait.
Why it matters: The 1883 Krakatau eruption was one of the defining volcanic disasters of modern history; the caldera remains active.
Pinatubo
Tectonic setting: Luzon volcanic arc and Philippine Mobile Belt, driven by complex subduction on both sides of the archipelago.
Why it matters: Pinatubo's 1991 VEI-6 eruption formed the modern summit caldera and affected climate worldwide.
Mayon
Tectonic setting: Luzon Volcanic Arc above subduction associated with the Philippine Mobile Belt.
Why it matters: Mayon's near-symmetrical cone is one of the world's most recognisable stratovolcano profiles.
Sakurajima
Tectonic setting: Ryukyu volcanic arc formed above subduction of the Philippine Sea Plate.
Why it matters: Sakurajima sits inside Aira caldera beside Kagoshima and is one of Japan's most active volcanoes.
Fuji
Tectonic setting: Complex junction of the Izu-Bonin, Northeast Japan and Nankai volcanic systems.
Why it matters: Fuji is Japan's highest mountain and a young stratovolcano rising almost 12,400 ft above sea level.
Avachinsky
Tectonic setting: Eastern Kamchatka volcanic arc above Pacific Plate subduction beneath the Okhotsk microplate.
Why it matters: Avachinsky and Koryaksky form the dramatic twin-volcano backdrop to Petropavlovsk-Kamchatsky.
Klyuchevskoy
Tectonic setting: Central and Eastern Kamchatka volcanic arcs above rapid Pacific Plate subduction.
Why it matters: Klyuchevskoy is the towering centerpiece of Kamchatka's volcano group and among Eurasia's highest active volcanoes.
Shishaldin
Tectonic setting: Aleutian volcanic arc formed by Pacific Plate subduction beneath the North American Plate.
Why it matters: Shishaldin is a remarkably symmetrical cone rising from Unimak Island and makes an unmistakable VFR landmark.
Redoubt
Tectonic setting: Alaska Peninsula volcanic arc above Pacific Plate subduction.
Why it matters: Redoubt's eruptions have repeatedly affected aviation in Southcentral Alaska, making it a fitting aviation-volcanology waypoint.
Mount St Helens
Tectonic setting: High Cascades volcanic arc above Juan de Fuca Plate subduction beneath North America.
Why it matters: The 1980 eruption and sector collapse created the iconic breached crater visible from the air today.
Crater Lake / Mount Mazama
Tectonic setting: High Cascades volcanic arc, continuing south from Oregon into northern California.
Why it matters: Crater Lake occupies the collapse caldera of Mount Mazama, formed by a huge eruption roughly 7,700 years ago.
Popocatépetl
Tectonic setting: Trans-Mexican Volcanic Belt related chiefly to subduction of the Cocos and Rivera plates.
Why it matters: Popocatépetl is one of Mexico's most active volcanoes and rises immediately west of Puebla.
Fuego
Tectonic setting: Central American volcanic arc above Cocos Plate subduction beneath the Caribbean Plate.
Why it matters: Fuego is persistently active and sits beside the much larger Acatenango complex southwest of Guatemala City.
Cotopaxi
Tectonic setting: Northern Andean volcanic arc above Nazca Plate subduction beneath South America.
Why it matters: Cotopaxi is one of the world's highest active volcanoes and an extraordinary opening waypoint for the final stage.
Broaden what your flights actually feel like: darkness, weather, different surfaces and more than one aircraft.
3 night arrivals · 3 weather-experience flights · 3 alternative-surface arrivals · 2 aircraft used
Campaign template
Network Builder
Grow a richer personal route network through sustained flying, new places and distinct connections.
20 completed flights · 8 new destinations · 12 new route connections · 1 journeys completed
Campaign template
Living World
A broad RFoV campaign combining exploration, distinctive places, real simulator experience and a completed Journey.
8 new destinations · 3 frontier extensions · 5 distinctive destinations · 5 experienced world flights · 1 journeys completed
Generated for you
Generated Adventure
A multi-leg Adventure built around your aircraft, available time and places you have not yet explored.
Planning assumption: Touring / GA · 155 kt.
Generated Adventure preview
Generated Adventure · EGTF to LFMV
A personal RFoV generated Adventure generated from Fairoaks toward Caumont, prioritising unvisited and distinctive simulator airports while keeping each sector close to the selected flying window. Planning profile: Touring / GA at approximately 155 kt.
Stages5
Approx distance743 NM
Planning speed155 kt
StartEGTF
FinishLFMV
01
EGTF → LFFY
Etrepagny
149 NM · ~70 min · Unvisited airport · New region for this pilot · shorter runway · soft runway available