Construction has already begun on a new cricket venue in Spain that aims to combine sustainability, innovation and international ambition. Campo Maximo, being developed near Alicante by Australian entrepreneur Daniel Weston, is designed as a modern cricket ground with the long-term goal of hosting high-profile fixtures, including a Test match.
A venue built around sustainability and scale
Weston wants Campo Maximo to become the home of European cricket, but the project is being positioned with wider ambitions. The venue is planned to feature solar power, rainwater harvesting and a floodlit layout that could support day-night cricket throughout the year.
The most distinctive element is the outfield. Weston says the surface is being developed as a short-pile artificial playing area without loose granular infill, installed over an elastic pad and engineered drainage layers. The aim is to reduce maintenance while maintaining consistent playing conditions.
Key project specifications
| Feature | Details |
|---|
| Location | Playa Flamenca, near Alicante, Spain |
| Initial capacity | 1,000 spectators |
| Solar coverage | About 4,600 square metres |
| Water storage | 100,000 cubic metres of tanks |
| Expected first ball | 2028 |
| Full operation | 2029 |
Those numbers show the scale of the project. The solar installation alone is intended to act as a high-tech farm over the car park, with battery storage helping to power floodlights and other facilities.
Artificial outfield could reshape maintenance models
Weston has been clear that the ground is being built with performance and durability in mind. He believes the artificial outfield could ultimately be better than natural grass for cricket because it avoids dips, reduces waterlogging and removes the need for fertiliser.
That view reflects a wider focus on operational efficiency. If the surface performs as intended, Campo Maximo could offer year-round use, with floodlights allowing cricket to be played “365 days and nights a year” according to Weston.
Why the surface matters
Cricket venues typically balance pitch quality, outfield consistency and long-term maintenance costs. A surface that reduces irrigation and eliminates fertiliser use could lower both environmental impact and running expenses.
| Performance factor | Campo Maximo approach |
|---|
| Outfield type | Artificial, tested for cricket conditions |
| Water management | Rainwater recycling and underground storage |
| Lighting | Floodlights for night matches |
| Maintenance | Lower than natural grass model |
Weston said the surface has been tested with bowling spikes to simulate fast bowler movement. That detail matters because international venues are judged not only on appearance but also on injury risk and playing response under match conditions.
Test cricket ambition is realistic, but conditional
The idea of a Test match in Spain may sound ambitious, but it is not beyond the rules of the game. Spain’s governing body, Cricket Espana, is an ICC Associate member, and there is no blanket rule stopping two full members from playing a Test on Spanish soil.
In theory, a fixture such as England versus Ireland could be staged there if both national boards agreed and the venue met ICC international standards. That means Campo Maximo would still need to satisfy venue guidelines, including safety, playing quality and overall infrastructure.
What would be required for Test approval
- Compliance with ICC venue standards
- Evidence that the surface is safe for players
- Satisfactory pitch and outfield performance
- Board approval from both participating countries
There is already some precedent for cricket in Spain. English counties regularly use Desert Springs in Almeria for pre-season preparation, and Yorkshire played Somerset there in March in a two-day fixture. That history suggests the climate and facilities can support serious cricket activity.
From a childhood dream to European cricket hub
Weston, now 43, has carried the idea of building his own cricket ground since childhood. He says a painting of the WACA gifted by his father in 1989 first inspired the project. After moving to Munich in 2007, he later became a central figure behind the European Cricket Network and also played T20 international cricket for Germany.
His background gives the project both commercial and sporting credibility. The planned nine-pitch square, a clay-based preference influenced by his Perth upbringing, adds another layer of cricket-specific design to the development.
The stadium will start modestly, with room to grow. Modular expansion through temporary or semi-permanent stands could increase capacity if demand rises, which is important if the venue succeeds in attracting larger events.
| Development stage | Planned outcome |
|---|
| Opening capacity | 1,000 |
| Expansion model | Modular stands |
| Pitch block | Nine-pitch square |
| Ancillary plans | Hotel near golf course |
Why Campo Maximo could matter for cricket’s future
Campo Maximo is more than a new ground. It represents an attempt to test whether cricket can expand in Europe through climate-friendly infrastructure, low-maintenance surfaces and flexible event planning.
If the venue performs well, it could strengthen Spain’s case as a destination for county cricket, associate cricket and potentially even selective international fixtures. Weston also believes major franchise cricket may one day travel globally in the same way other major sports tours do.
The project remains early in its timeline, but the framework is already notable. With construction underway, a 2028 start date and sustainability at its core, Campo Maximo could become one of the most closely watched new cricket venues in Europe.