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AVAILABLE NOW ON APP STORE & GOOGLE PAY
10x
FASTER TEST UPLOADS
History
EVERY TEST, AT A GLANCE
Context
FASTER TEST UPLOADS
iOS & Android
AVAILABLE NOW
WHAT'S NEW
Built for the pitch, not the office
Every update in the new app was driven by how grounds professionals and sport performance staff actually use it in the field.
10X Faster Uploads
Log a test on the pitch and results are on the platform in seconds. Less waiting, faster testing, better results.
Full Pitch Profile
Every pitch shows construction type, grass type, orientation, and full test history at a glance — everything you need before you start a session.
Always Connected
Open the app and you're straight in. Data updates automatically in the background — no re-authentication, no delays, no friction.
Pitch Testing Devices
Raw Stadia's companion devices connect directly to the app to log test data in the field — faster pairing and greater consistency, so sessions run without interruption.
Density Scanner
Analyse grass coverage with your phone camera. Built-in image review and sensitivity controls ensure reliable results regardless of conditions.
Reliable Data
Every test and analysis is stored securely on the Raw Stadia platform — accessible any time, from any device.
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Use cases
"It’s encouraging to see performance and the pitch finally come together in one place. It helps us understand how the surface characteristics influence the player and their performance."
Rainer van Gaal Appelhof
Head Physical Performance
"By objectively characterizing pitch properties, Raw Stadia facilitates the examination of relationships between surface characteristics, player movement patterns, and performance outcomes in a data-informed manner."
Arne Jaspers
Sport Scientist
RBFA
"Detailed surface data provide a valuable foundation for linking contextual factors of the playing environment to physical performance indicators and the multifactorial nature of injury risk"
Athol Thomson
Podiatrist & Research Scientist (PhD)
"The integration of the performance module provides valuable objective context to external load data, helping to better quantify how surface-related variability may influence biomechanical load-adaptation responses and recovery demands"
Ruben Tirez
Sport Scientist
OH Leuven