diff --git a/apps/base-docs/tutorials/docs/5_oracles-supra-vrf.md b/apps/base-docs/tutorials/docs/5_oracles-supra-vrf.md
index 7c09c0191b..acca97dea1 100644
--- a/apps/base-docs/tutorials/docs/5_oracles-supra-vrf.md
+++ b/apps/base-docs/tutorials/docs/5_oracles-supra-vrf.md
@@ -128,7 +128,7 @@ This will create a Foundry project, which has the following basic layout:
 
 Once your Foundry project has been created, you can now start writing a smart contract.
 
-The Solidity code below defines a basic contract named `RNGContract`. The smart contract's constructor takes in a single `address` and assigns it to a member variable named `supraAddr`. This address corresponds to the [contract address](https://supraoracles.com/docs/vrf/networks/) of the Supra Router Contract that will be used to generate random numbers. The contract address of the Supra Router Contract on Base Sepolia testnet is `0x99a021029EBC90020B193e111Ae2726264a111A2`.
+The Solidity code below defines a basic contract named `RNGContract`. The smart contract's constructor takes in a single `address` and assigns it to a member variable named `supraAddr`. This address corresponds to the [contract address](https://docs.supra.com/oracles/data-feeds/pull-oracle/networks) of the Supra Router Contract that will be used to generate random numbers. The contract address of the Supra Router Contract on Base Sepolia testnet is `0x99a021029EBC90020B193e111Ae2726264a111A2`.
 
 The contract also assigns the contract deployer (`msg.sender`) to a member variable named `supraClientAddress`. This should be the client wallet address that is registered and whitelisted to use Supra VRF (see: [Prerequisites](#prerequisites)).