diff --git a/Version 2 (RAK831)/README.md b/Version 2 (RAK831)/README.md
index f550d16..155fbad 100644
--- a/Version 2 (RAK831)/README.md	
+++ b/Version 2 (RAK831)/README.md	
@@ -1 +1,17 @@
-This is a README for RAK831.
+# _LoRadar_ (Version 2)
+
+## Hardware used
+This version setup uses the following hardware:
+- **Single board computer:** Raspberry Pi 3
+- **LoRa module:** RAK831, a gateway accessory from RAK wireless suitable for both 915 MHz and 923 MHz ISM frequency bands was used to capture LoRa packets
+- **Antenna:** A fibreglass 1/2 wave 860-960 MHz antenna with 2 dBi gain attached to the LoRa module
+- **Connection bridge:** Mini PCI-e to USB adaptor to connect between the Raspberry Pi and mTAC-LORA-915A (https://techship.com/products/mpcie-to-usb-adapter-card/)
+- **Storage:** 32 GB microSD card inserted to the Raspberry Pi for data storage
+
+## Software used
+- **libloragw library:** (https://github.com/Lora-net/lora_gateway/tree/master/libloragw) was used for the Raspberry Pi to access the LoRa card and configure radio frequencies
+- **Packet logger:** (https://github.com/Lora-net/lora_gateway/tree/master/util_pkt_logger) This software records all LoRa packets received by the LoRa card and outputs in csv format every hour.
+
+*The Raspberry Pi has been configured to initiate the 'Packet logger software' upon powering on and obtaining the correct time via the Internet (A delay of 5 minutes has been placed).
+
+## Instructions