diff --git a/README.md b/README.md
index e6d9729..9db3d4c 100644
--- a/README.md
+++ b/README.md
@@ -1,12 +1,11 @@
 # Octopus Flex PCB (SulaJalmari)
 
-An nRF52840-based flex PCB project with a shape of an octopus.
+nRF52840-based flex PCB project with a shape of an octopus. Because why not.
+
 <img src="pics/device_diagram.png" height=800> 
 
 
-## Hardware Specifications
-
-This section covers the exact specifications of the third (and final) prototype:
+## Hardware specs
 
 * **Board Structure:** 2x Flex PCBs (acting as the octopus head and legs) and 1x FR4 PCB (acting as the base board).
 * **MCU:** nRF52840-QIAA (soldered directly to the flex PCB with a stiffener on the reverse side).
@@ -21,28 +20,30 @@ This section covers the exact specifications of the third (and final) prototype:
 * **Debugging:** Base board debugging pins compatible with a standard ~$3 DAPLink debugger via pyOCD/OpenOCD.
 * **Aesthetics:** Silkscreen suction cups and mouth.
 
+> Schematics and gerbers are under [Hardware/V3](Hardware/V3)
 
-## Fun Features & Known Flaws
+<img src="pics/smack.gif">
 
-### The Fun Things
-* **Wobble Physics:** Because the assembled PCBs take the physical shape of an octopus, the whole device wobbles when shaken.
-* **Visible PWM:** When the device is wobbling and the LEDs are running PWM, the movement actually allows you to see the PWM cycle with your naked eye.
-* **Tap-to-Click:** The IMU is mounted in the very top of the head. This means you can tap the top of the device, and the accelerometer registers it as a physical button press.
+## Fun facts
 
-### The Flaws (Lessons Learned)
-* **Durability Limits:** During "stress testing" (read: repeatedly slamming it against the base board), some of the MCU pins eventually detached. Please don't torture the electronics!
-* **Haptics:** The vibration motor was mostly unnoticeable, leading to its removal from the final assembly. (Pins to connect a motor still exist)
-* **Logistics:** Transporting an assembled device safely is tricky.
+### Fun Things
+* Because the assembled PCBs take the physical shape of an octopus, the whole device wobbles when shaken.
+* When the device is wobbling and the LEDs are running PWM, the movement actually allows you to see the PWM cycle with your naked eye.
+* The IMU is mounted in the very top of the head. This means you can tap the top of the device, and the accelerometer registers it as a physical button press.
+
+### Flaws
+* During "stress testing" (read: repeatedly slamming it against the base board), some of the MCU pins eventually detached. Please don't torture the electronics!
+* The vibration motor was mostly unnoticeable, leading to its removal from the final assembly. (Pins to connect a motor still exist)
+* Transporting an assembled device safely is tricky.
 
 ## Software
 
-Checkout [chill](https://git.aintmina.org/aintgit/chill) project for building zephyr app with MCUboot.
-
-<img src="pics/smack.gif">
+> Checkout [chill](https://git.aintmina.org/aintgit/chill) project for building zephyr app with MCUboot.
 
 ## History
 
 ### Idea
+Paper cutout with magnet connections.
 
 <img src="pics/paper_model_v1.jpg">