Overview

Tour racing is one of the two most watched sporting events on Geba alongside the Yuvaar Hunting Games. It spans land, air, and sea, with crews racing across continental terrain in vehicles large enough to carry all three craft types aboard. Veykar Propulsion hosts the Global tier entirely and sponsors a select few top teams, with the rest backed by various manufactories. Independent crews at the top level are extremely rare. Festivals frequently host tour racing and the Hunting Games at the same time, and the beast running segment bridges both sporting cultures directly. Races take place on every inhabited continent. The Uncharted remains unraced.

Crew Composition

Crews range from a minimum of 2 to a maximum of 30, with most competitive teams running between 6 and 10. A crew of two means both members share every role, with one likely serving as pilot, driver, and navigator while the other monitors systems and prepares transitions. Both need engineering and maintenance capability because there is no one else to handle what breaks. Crews of two to four have an extraordinarily difficult time in these events, though Tactician-Class Engineered crews perform decently at these numbers because of how quickly they process information and manage overlapping responsibilities. Crews of 30 carry multiple pilots, multiple drivers, dedicated navigators, engineers whose sole job is keeping systems running, and enough personnel that the vehicle never needs to stop for anything. At the top levels every member of a crew understands how to operate and navigate the vehicles regardless of their primary role, though rarely at the level of a dedicated specialist.

Crew Positions

Pilot

Operates the airship during air segments. On smaller crews this person also drives rovers and helms ships. At the Global tier, dedicated pilots are among the most famous individuals in the sport, particularly those whose reflexes have saved crews during catastrophic failures at speed.

Driver

Operates rovers during land segments. Rover segments require the most navigational complexity of any vehicle type because the terrain dictates everything regardless of what the engine can do, and a skilled driver who reads the ground well enough to maintain speed through difficult terrain is the difference between winning and crashing.

Helmsman

Operates ships during sea segments. Coastal segments, open water crossings, and the decision of whether to run on the surface or deploy submersibles all fall to the helmsman's judgment in coordination with the navigator.

Navigator

Reads terrain, tracks relay beacons, and manages the route through transition zones. A great navigator can win races for a crew with slower vehicles simply by choosing a path that no other team considered. There are crews that have threaded rovers through cavern systems and jungle passages at less than 80 kmph and emerged ahead of teams doing extreme speeds on the surface, because the navigator found a route that was shorter than what everyone else was following.

Systems Engineer

Maintains and optimizes vehicle systems during the race. At the top tier a great systems engineer is sometimes the most recognized member of a crew, because the modifications they make to the vehicle before and during the race give any team they join a decisive advantage. People follow crews because of the engineer, not the pilot.

Mechanic

Handles repairs during the race. On larger crews mechanics work continuously to keep redundant systems operational so the vehicle never needs to stop. On smaller crews this role merges with the systems engineer, and the loss of speed that comes from one person doing both jobs is one of the reasons small crews struggle against larger ones.

Transition Coordinator

Manages the switch between vehicle types at beacon zones, ensuring rovers deploy from the airship or ship cleanly and the crew repositions for the next segment without losing time. On top-tier teams, transitions happen so smoothly that the audience barely registers the switch. On smaller crews, transitions are where time is lost because there are not enough hands to manage everything simultaneously.

Relay Operator

Manages broadcast equipment and signal transmission for crews carrying relay rigs. Not present on all teams. At the Global tier most crews carry relay operators because the broadcast revenue and audience engagement are significant enough to justify the position.

Transition Zones

Beacons transmit signals across a region rather than marking a single fixed point, creating a grace period of several miles for the switch between vehicle types. The signal window is wide enough that missing one means the navigator is either negligent or the crew is deliberately cheating, because there is no reasonable way to pass through a zone that large without registering the transition. The vehicle type required changes based on terrain: airships cover open desert and inland stretches, rovers handle mountains, jungle, and rough ground, and ships take over at coastlines and ocean crossings. Continuing in the wrong vehicle past a beacon zone results in disqualification. Flying an airship over a coast where ships are required, or pushing over mountains where rovers should be deployed, is an obvious violation.

Vehicle Logistics

All races are broken into common segments that allow crews to leave behind the vehicle that will no longer be needed at designated points along the route. The order of segments and the way vehicles are housed within each other depends entirely on the race. Most tours begin with the sea portion because ships are normally large enough to house the airship and multiple rovers in internal bays. Some crews opt for a larger airship that carries the rovers instead, while others run oversized rovers capable of towing or housing a smaller airship. The configuration, bay size, and towing capacity are determined by the specific race and the crew's strategy for it.

Larger vehicles are slower, and every crew that carries other vehicles aboard accepts that penalty at the start of the race. The tradeoff is that what they lose in raw speed they recover through extremely fast transition times and redundant failure systems built into the larger platform. A ship carrying an airship and two rovers in internal bays will be slower than a stripped racing ship of the same class, but when the beacon signals the transition to air, the crew that has been maintaining the airship in the bay the entire time deploys it in seconds while crews running separate staging points are still preparing. Redundant systems in the larger platform also mean that a single mechanical failure does not end the race. If the primary propulsion system fails, a secondary keeps the vehicle moving while the mechanics work. If a navigation system drops, a backup is already running. The weight that slows the vehicle down is the same weight that keeps it racing when something breaks.

In the Thazvaar-Jeyrha Endurance Route the strategy changes significantly. The route is long enough and the terrain changes drastically enough that some crews nest their vehicles inside each other, with the largest vehicle housing a smaller one, which in turn houses an even smaller one, and the smallest vehicle is the one that carries them across the finish. The approach resembles a set of nesting dolls: a ship holding an airship holding a rover, each one deployed as the previous one is left behind at a segment point, with the crew shrinking their footprint as the race progresses until the final stretch is run in the smallest, lightest, fastest vehicle they have. The engineering required to make this work, ensuring that each nested vehicle is accessible, launch-ready, and maintained while housed inside the one above it, is among the most complex logistical challenges in the sport.

Race Types

Full Tour

The signature event. Multi-vehicle racing across an entire continent using all three vehicle types with beacon transitions. Duration is measured in days. The Geba Tour and the Berinu Tour are the most popular, both routing directly through the capitals of their respective continents. Full tours require a minimum vehicle size because crews carry all of their craft aboard: large ships, large airships, and medium to large rovers depending on crew size and the supplies required for the distance.

Individual Air

Single-vehicle airship race. Can last a few hours to less than a day depending on the route. The most common format at local and low competitive tiers where smaller airships are permitted. At higher tiers the airships are significantly more powerful and the routes are longer and more demanding.

Individual Land

Single-vehicle rover race. Duration can stretch to weeks depending on distance and terrain. Endurance and mechanical reliability matter as much as raw speed because a rover that breaks down in a hostile region with no support crew is a rover that does not finish.

Individual Sea

Single-vehicle ship race. Coastal or open ocean depending on the route. Submersibles are permitted, adding a tactical dimension where crews can choose between surface speed and the ability to bypass weather, waves, and navigational hazards by going under them.

Sprint

Point to point, never more than 500 kilometers, staged near major hubs where relay audiences gather at specific points along the route. Fast, visible, and built for spectacle. The airship variant is significantly longer, typically starting on one continent, crossing an ocean, and finishing on another. There is no ship variant of the sprint.

Beast Running

A separate event within the festival circuit that bridges tour racing and the Hunting Games. Riders race on large fauna overland and on flying creatures for air segments. The water segment was banned after repeated disastrous accidents involving both riders and creatures in conditions that neither were equipped to survive. No transitions take place because the rider stays on a single creature type for the entire race. The same event types that exist for vehicles also exist for beast running, including sprints and endurance runs, but beast running is the shortest segment of any festival and sometimes does not take place at all. Competitors are typically people who participate in both the Hunting Games and tour racing, making it the crossover event where both sporting cultures meet.

Named Tours

Geba Tour

The most prestigious race on the planet. The Geba continent is the smallest at roughly 14 million square kilometers, and that compact size is precisely what makes the tour so effective as a spectator event. The route passes through or near the territories of the original Five Nations, giving it a historical weight that no other race on the planet carries, and finishes in or near Karesh itself, where the largest live audiences on the planet gather to watch the final approach. Spectators along the route can see the rovers moving through the capitals, the airships passing overhead, and the ships racing toward the coast. The combination of accessible terrain, dense population centers, historically significant geography, and a finish at the seat of the empire makes the Geba Tour the race that every crew on the planet wants to win and every audience on the planet wants to watch.

Berinu Tour

The second most popular tour on the planet. Routes directly through Binol, the capital of Berinu, and covers the continent's diverse terrain from coastal deltas and marshland to the interior highlands. Berinu at roughly 800 million square kilometers is significantly larger than the Geba continent, and the tour covers enough of it to test every vehicle type across conditions that change dramatically from one segment to the next. The audience in Binol alone makes this one of the most viewed events in the sport.

Thazvaar-Jeyrha Endurance Route

The most demanding and entertaining route in the sport, and the one that produces the most visibly shaken crews at the finish. It starts and ends in Jeyrha, departing east through the Berinu Islands, north into Berinu, along Coastal Thazvaar, deep into Inland Thazvaar, through Kela's frozen territories, across Ukhaalstaag, over the Ngorrhal Ocean, and back into western Jeyrha. The loop traces much of the habitable planet in a near-perfect circle, and the terrain changes are as extreme as anything on Geba: tropical archipelago to coastal marshland to humid coast to deep arid desert to glacial polar passes to open ocean, each producing its own hazards in rapid succession. The Thazvaar portion alone crosses the single largest continuous landmass on the planet at roughly five billion square kilometers, and the distance from the humid coasts through deep interior desert and out the other side before reaching Kela's ice is where most crews either prove themselves or break apart. Wildlife, volatile weather, syndicate-adjacent airspace, unmapped terrain in the deep interior, and the sheer distance involved make this the race where mechanical endurance, crew stamina, and navigational intelligence matter more than raw speed. Unlike the Geba Tour, this route does not pass through a single major population center. There are no crowds lining the streets, no spectators watching ships come in, and no finish in a capital. The race ends in a remote area of western Jeyrha with nothing but technicians, mechanics, engineers, and relay operators broadcasting the arrival. The crews that finish are noticeably fatigued and shaken, and the footage of them stepping out of their vehicles at the end is as much a part of the event's appeal as the racing itself.

Karesh Sprint

Staged near the capital on the Geba continent. A point-to-point sprint under 500 kilometers designed for live spectacle, with relay audiences gathering at specific points along the route. One of the most accessible races for audiences new to the sport.

Binol Sprint

The Berinu equivalent of the Karesh Sprint, staged near Binol. The coastal terrain and the density of the Binol audience make it one of the most visually impressive sprint events on the relay.

Manalheim Cup

Raced on Manalheim, where volcanic terrain, geothermal instability, and unmapped cavern systems make the route unpredictable in ways that other tours are not. The Manalheim Cup is where navigators prove their value, because the surface route is never the fastest path and the crews willing to explore what lies beneath it have historically outperformed those who stay above ground.

Saethera Cup

Raced on Saethera, one of the least explored inhabited continents on the planet. The remoteness of the terrain, the scarcity of relay coverage along much of the route, and the environmental conditions make this a race where survival and self-sufficiency matter as much as speed.

Tiers

Local

Regional circuits. Smaller vehicles and individual events. Community events that range from family entertainment to genuinely dangerous depending on the terrain and region. Where every crew starts, and where the sport is closest to what it was before the relay made it a global spectacle.

Low Competitive

Organized circuits with more structure and real competition. Where crews build reputations regionally and begin to be taken seriously by people outside their home circuits.

Mid-Level

Where sponsors notice. Crews that have been independent start attracting manufactory interest, and the hardware begins to matter because the crews are skilled enough that the vehicle becomes the deciding factor. Sponsors scout here, and teams that perform well at this tier either receive funding to advance or are absorbed into existing programs.

High-Level

Engineering and varens become critical. Vehicles are bigger, heavier, far more powerful, and much faster than anything at the lower tiers. Manufactory sponsorship is nearly essential to compete. Even individual events at this level involve significantly more powerful machines, and the gap between a sponsored crew and an independent one is wide enough that talent alone cannot close it.

Global

Broadcast across the planetary relay. Veykar Propulsion hosts entirely and sponsors select teams. The most efficient crews on the planet with perfect transitions, memorized routes, and names known across every continent. These teams race through ice fields, fly across deserts, drift through jungles, and cross oceans. Very few independent crews compete here.

Speeds

Racing vehicles are specialized versions of the machines produced by the planet's manufactories, modified for the specific needs of each crew and visually outfitted with sponsor markings and team designs. The speeds they achieve depend on the vehicle class, the route, and the restrictions imposed by the organizers for each race.

Air Segments

Airship speeds depend on the route and the altitude permitted. Routes near population centers restrict how high and how fast crews are allowed to fly because the consequences of an airship moving at extreme speeds through lower atmosphere are not limited to the vehicle itself. At speeds approaching 60,000 kmph in lower atmosphere, the pressure displacement and shockwaves produced by the vessel are powerful enough to flatten structures, strip vegetation, and kill anyone in the path of the wake. This went unnoticed for years because the pilots reaching those speeds were doing it deep in Inland Thazvaar where there was nothing to damage. It was first noticed when four airships flew past Sefol, Berinu, at enough distance for the effect to be felt but not enough to cause extreme damage, and everyone attributed it to powerful engines. The problem became undeniable when a similar pass occurred directly over Riukxo, Jeyrha, and the pressure wave collapsed entire buildings. The rules governing altitude and speed near population centers were created in the aftermath. Lower atmosphere routes now keep crews in the range of 1,800 to 7,000 kmph depending on the airship class. Routes that open stratosphere access allow significantly higher speeds, pushing into the 10,000 to 30,000 kmph range.

Sea Segments

Sea segment speeds depend on whether the route is coastal or open water and what the crew chooses to deploy. Coastal segments are generally less desirable due to shallow waters and the navigational hazards that come with operating near land formations. Open water allows crews to push their vessels toward top speed. Submersibles are permitted, trading surface speed for the ability to bypass weather and terrain entirely. Ship speeds in racing range from 300 to over 1,200 kmph at the surface depending on the hull class, with submersible variants operating slower but avoiding everything the surface throws at them.

Land Segments

Rover segments are the most straightforward in terms of rules but require the most navigational complexity. The terrain dictates what is possible regardless of what the engine can do. A rover crossing an open highland can push 600 to 1,500 kmph depending on the vehicle, while the same crew threading through mountain passes or dense jungle operates at a fraction of that. The navigational decisions matter more here than in any other segment because the route itself is the variable. Crews that have navigated through cavern systems and jungle passages at less than 80 kmph have emerged ahead of teams doing extreme speeds on the surface, because the navigator found a shorter path that the faster crews never considered.

Danger

Deaths happen often and for more reasons than spectators realize. Fuel depletion in a volatile region leaves a crew stranded with no rescue coming. Systems failure in hostile terrain is fatal regardless of how skilled the crew is. Mechanical failure at top speed in an airship has killed entire crews in an instant. Wildlife encounters during jungle and coastal segments are unpredictable and sometimes lethal. Even at the local level the terrain determines the risk, and there are regional circuits in areas dangerous enough that finishing alive is the accomplishment rather than finishing first. Crews colliding with each other, the scenario most spectators imagine when they think of racing deaths, is the least common cause. If a vehicle is disabled beyond repair during a race, the team is disqualified.

Sabotage

Forbidden and heavily frowned upon. During the race itself sabotage is nearly impossible because of the speeds and distances involved. Before races it does happen, with targeting of vehicles, supplies, or crew members, but it is uncommon and carries severe reputational consequences for anyone caught or suspected. The culture of the sport treats sabotage as a failure of skill, and crews that are discovered to have won through interference rather than performance lose more in reputation than they gained from the result.

Fame

At the Global tier, individuals become famous based on whatever they did that people remember. A pilot whose reflexes saved a crew during a catastrophic failure at speed becomes the name the planet associates with that team. A navigator whose routing consistently beats faster vehicles is known for the path rather than the speed. A systems engineer whose modifications give any crew they join a decisive advantage is the reason audiences follow that team regardless of who else is aboard. A mechanic who kept a failing vehicle running long enough to finish when every system was shutting down becomes the story of that race. The fame attaches to the role that produced the result, and it can be any of the eight positions on a crew.