Thesis
Why we invest in mobility, in four parts, and the eight themes the argument leads to.
1. Mobility is a multiplier
Logistics costs India about 8 percent of GDP, a share that has only recently come within the range of developed economies. Transport is the country's third-largest consumer of energy and about half of its oil demand. Twenty-two million people earn a living moving goods, and every rupee taken out of the cost of moving them shows up as competitiveness in manufacturing, agriculture and consumer goods. Improvements in mobility compound through every other sector, which is why we have never treated it as a niche.
2. Commercial fleets change first
A vehicle that runs 120 kilometres a day pays back a new drivetrain in months; a private car that runs 30 pays it back in years. So every shift in mobility technology reaches commercial fleets before consumers, and the registration data shows it. India registered 2.45 million electric vehicles in FY26, and the segments with the highest electric share are the ones that work hardest: passenger three-wheelers above 31 percent, two-wheelers in delivery fleets, buses in public procurement. Private cars follow from a small base.
Source: IESA (L5 three-wheelers above 31 percent; 8.3 percent overall), Autocar Professional (two-wheelers 6.54 percent), car share derived from 1,93,633 electric cars against roughly 4.5 million passenger vehicles.
This is the pattern we have invested behind since 2016: shared two-wheelers before private ones (Rapido), rapid charging for three-wheelers before home charging for cars (Exponent Energy), lease financing for fleet operators before consumer loans (Astranova). A small share of vehicles accounts for most of the distance travelled and energy consumed, and that is where an early investment earns its return.
3. The stack is shared
A fund that understands how vehicles are built, powered, financed and operated has a view into five industries that are changing at the same time, because they run on the same components: batteries, motors, power electronics, sensors, autonomy software and the data all of them produce. A gimbal that stabilises a camera on a drone works on a surface vessel. A rectifier that charges a bus operates a grid battery. A model that reads a vehicle's battery underwrites its loan.
| Sector | What the mobility stack does there | In our portfolio |
|---|---|---|
| Defence | Autonomy, sensing and low-cost platforms replace expensive ones | Paar Autonomy, Naveria Space |
| Energy | Vehicle batteries become grid assets; charging becomes a load the grid must plan for | Exponent Energy, Sheru, Pulse Energy, Endless Machines |
| Agriculture | Electric drivetrains and drones change the cost of farm work | Moonrider, Skylark Drones |
| Financial services | Vehicle and battery data underwrite loans, leases and insurance | Exponent One, Astranova, Park+ |
| Cities and infrastructure | Shared fleets, parking and buses run as software | Rapido, Chalo, Zingbus, Park+ |
That shared stack is why the definition of mobility on this site has widened from a bike-taxi marketplace to a target drone, and why the diligence has got deeper with it. We define mobility as anything that improves the movement of people, goods or energy across speed, cost, safety or range, on the ground, in the air, at sea or in orbit.
4. Value moves down the stack
Each shift changes who makes money at each layer. Electrification was not a product change; it re-drew the value chain, and the next shifts will do the same.
| Layer | What changes | Where a first cheque can win |
|---|---|---|
| Manufacturing: components, batteries, power electronics | Supply chains are built from scratch; India imports the hard parts | Components India does not make yet, from cells to rectifiers to sensors |
| Sales and finance: distribution, loans, insurance, warranty | Pricing moves from paperwork to vehicle data | Finance and warranty for commercial fleets, priced on battery and usage data |
| Operations: fleets, charging, energy, aftermarket | Fleets electrify first; charging becomes an energy business; the aftermarket re-forms around software | Charging with contracted utilisation; battery health, resale and second life; grid software for non-utility buyers |
What we expect
- Commercial fleets keep electrifying on their own economics. The risk is a battery-price shock or a grid that cannot deliver power where the fleets are.
- India makes the components it imports today. The risk is that policy support goes to assembly rather than to the hard parts.
- The defence budget keeps moving towards cheap autonomous systems. The risk is that emergency procurement normalises and orders revert to the primes.
- Space, aerial and grid businesses reach revenue on seed-scale capital. The risk is a funding gap that strands mid-stage hardware companies before they get there.
We write these expectations down before we invest and revisit them each quarter. The theme pages below carry the current version of each, with the numbers and sources behind them.
The eight themes
The argument, organised into the areas we invest in. Each page says what we believe, what must happen next, what we look for and what we pass on, with current numbers and sources.
Moving people and goods
Where AdvantEdge started. Shared mobility, buses, logistics and the software that runs them.
Electrification
The EV value chain, from cells and power electronics to charging, financing and the fleets that go electric first.
Energy and grid
Storage, grid software and the minerals underneath. Mobility electrifies only as fast as the grid that feeds it.
Aerial mobility and drones
Drones for work, drones for logistics, and the airframes, payloads and batteries that India can build itself.
Defence autonomy
The economics of defence have inverted. Cheap, autonomous, networked systems now beat expensive platforms, and India's budget is moving that way.
Space
Launch has been proven and priced beyond a seed cheque. The investable layer is one down: propulsion, sub-systems, ground segment and the data coming back.
Physical AI and robotics
Machines that see, decide and act in the physical world. The models arrived in 2025; the Indian deployment layer is being built now.
AI in mobility
AI is becoming the operating layer of the vehicle, the fleet and the factory that builds them.