https://imgur.com/gallery/bBkm8Aq

https://youtu.be/toc8xajJsaI

https://youtu.be/I4JuMUpMiAg

Files used:

PC Engine Pi Zero Case

PC Engine HuCard (I resized it down 50% to fit the case)

So far, I've only printed the parts, a ton of sanding and prep work is needed before I can lay down the first coats of flat white paint.

Fresh off the printer.

All parts laid out.

Test fitting the hardware.

Assembly test.

GamePi15

This nifty little game hat expands on the existing modules used in PinkyPi and PinkyPi Pro, but ingrates all the needed hardware into 1 place.

1.54inch LCD
Headphone Jack
Battery and Charger
Amp
Speaker

I've since started working on the new case design as the foot print of this device is a hair bigger than the others.
Trigger buttons and other buttons have moved abit, and the joystick has been replaced with a 4way D-Pad

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I will be working on a new case design as well as video driver pack and a pre-built RetroPie Image to add to the PinkyPi line up.

**EDIT**

Case is available for download on Thingiverse 

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Pre-Built RetroPie 4.5.1 image

I am using this N64 case I found in Thingiverse and have been working on the prep for paint.
I have a spare Pi 3B+ I will be using as this case sadly isn't Pi 4 friendly.

Power Switch used - Uxcell a12013100ux0116
Reset Switch used - HDE PC Case Power Push Button
Fan in use  - Easycargo Raspberry Pi Fan 30x30x7mm
N64 USB controllers - iNNEXT N64 Wired USB PC Game pad
N64 USB controlelrs - Retro-Bit Tribute 64 USB Controller

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The initial print didn't look all that bad, though there were a couple of minor issues with some of the finer detail of the print. Sadly it took over an hour to cut away all the support material, and was a complete mess.
I've since started with 180 grit sand paper, to remove the salmon skin left behind from 3D printing.

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For the most part, the top half is now ready for some spot filler and sanding with 220/320

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Once I touch up a few areas on the top and finish cleaning up / spot filling the bottom, it will be ready for primer.
The primer I picked up is a sandable, filler primer with 600 grit sand paper, and a couple of coats of matte black.

I don't plan on going too extreme, I would like to keep it as authentic looking as possible. 
This one is slow going as balancing work and wrapping up PinkyPi Pro as well as creating the newest PinkyPi project takes up alot of my time as well.

Stay tuned!

Be sure to check out our Web Store to buy PinkyPi cases and DIY Kits!

Enter to win your very own PinkyPi Micro Handheld Game Console!

Official Rules:

Contest Ends May 31st 2019 - Winner will be selected and announced June 1st 2019.
Winner will be contacted via Email on their registered Email address from our message forums. They will have 1 week (June 8th) to reply and provide a valid shipping address in the Contiguous United States. If they fail to do so, a new winner will be selected June 9th 2019 and the process will repeat.
Shipping is free.

Only 1 entry per person is allowed.
You must be a resident of the Contiguous United States.
You must be 18 or older to enter.

To Enter:

Like / Share this post / page or Tweet.
Follow us on Instagram, YouTube and or Twitter (Links below).
Join our message forums, and comment on the PinkyPi Giveaway thread on our forums, adding where you followed and shared this.(Post in this thread!)
A random post will be selected from the Forum posts, validated you are following/subscribed and have shared our post.

Product Details:

PinkyPi Handheld Game Console, with NES Themed case.
Raspberry Pi Zero W
Waveshare 1.3inch LCD Display hat (240x240)
500mAh battery
32GB MicroSD Card flashed with the PinkPi prebuilt image version 1.0
NO ROMS are included, this is a RetroPie 4.4 based image with graphics drivers/button mapping and themes configured.
Again, NO ROMS are included on this image/device! Do not ask us for ROMs or games, we do not and will not provide these.

**We ship only to the Contiguous United States, shipping will be free to the Winner. Outside of the Continental United States is not eligible for this contest.
No warranty and or hardware guarantee is provided for this item, components are very small and fragile.
This item is not eligible for return,refund or exchange, all transactions are final.
The joystick is very fragile, because of this the joystick top will be shipped detached, and the recipient must gently press fit it into place.

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Parts List 

(full parts kits can be purchased in our Web Store) 

Raspberry Pi Zero W
1.54 inch RaspberryPi Game Hat
MicroSD Card
TP4056 5V Battery Charging Module
0603 47KOhm Resistor for the Charging  Module
23W Audio Amplifier
10KOhm Potentiometer
270Ohm Resistor
33nf Capacitor
Micro Speaker or Second Micro Speaker
600mAh Battery 502248
JST 2mm Battery Connector
Power Switch
M2.5x6mm Button head screws
M2.5x12mm Button head screws
M2.5 Assorted Nylon standoff kit using the 10mm standoffs from this kit (female/female)
M2.5 18mm standoffs (female/female)

The screws and standoffs needed are

2x 12mm screws
6x 6mm screws
2x 18mm standoffs (f/f)
2x 10mm standoffs (f/f)

Thingiverse 3D files

https://www.thingiverse.com/thing:3528533/

Software

PinkyPi Pro prebuilt RetroPie images can be found in our Downloads Section

Hardware Setup

For all the wiring I did the following;

Amp and audio;

Pin GPIO18 on the Raspberry PI goes to Pin 5 of the 10KOhm Pot
This is our audio signal going into the volume control.

Pin 2 of the 10KOhm Pot goes into a 270Ohm resistor that is then pulled to ground through a 33nf capacitor as well as connected to the R audio input of the amp.
The purpose of the resistor and capacitor is a low pass audio filter to eliminate hissing and noise in the speaker output.

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Pin 1 of the 10KOhm Pot goes to Ground on the Pi, as well as the ground for the Amp and Audio (-) line.

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Low-Pass audio filter (used in this build to reduce hiss)

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High-Pass audio filter (optional, blocks lower frequencies)

Lastly, I connected 5v from the Pi into the amp, you can use pin 2 or 4 on the Pi for this.

Parts layout on the parts shelf.

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Power

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There are 2 power pads on the bottom of the RaspberryPi Zero, these are used to connect to the battery charging circuit.

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RS - Resistor 3 needs changed on the TP4056 battery charging module, this is replaced with the 4.7kohm 603 resistor

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https://youtu.be/j5i7pZ72L6g

The new PiBro is based around a Raspberry Pi 3 A+, Adafruit Joy bonnet and 2.2inch LCD.

Parts list

Raspberry Pi 3 A+
2.2inch 240x240 LCD
Adafruit Joybonnet
10mmx15mm Speaker (2 used in this project)
270 ohm Resistor (used in low-pass audio filter)
33nf capacitor (used in low-pass audio filter)
10k ohm potentiometer
1200mAh Battery
PAM8403 Audio Amp
TP4056 Battery Charger

Here are a couple early shots of a test fit print. I am working on a couple triggers for the L and R buttons as well, and testing out a few ideas for fit and feel.

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And PiBro next to PinkyPi

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I am hoping to finish PinkyPi 2.0 this weekend, and then move back to a big focus on this PiBro build.
Once both are complete, I plan to work on some PCB designs for build kits and DIY kits.

I've finally started to wrap up the first build of a Pi Zero W based handheld game console I've been toying around with.

The base of it, of course, is a Raspberry Pi Zero W. I've then added a 1.33 inch LCD hat with built in buttons and directional stick. Coupled with an amp, speaker, battery charger and battery all bundled into a 3D printed case I am working on.

https://www.youtube.com/watch?v=ZS_BkipcUi0

Parts List 

(full parts kits can be purchased in our Web Store)

Raspberry Pi Zero W
WaveShare 1.33 inch IPS LCD Hat
MicroSD Card
TP4056 5V Battery Charging Module
0603 47KOhm Resistor for the Charging  Module
23W Audio Amplifier
10KOhm Potentiometer
270Ohm Resistor
33nf Capacitor
Micro Speaker or Second Micro Speaker
500mAh Battery or eBay alternative
JST 2mm Battery Connector
Power Switch
M2.5x6mm Button head screws
M2.5x8mm Button head screws
M2.5 Assorted Nylon standoff kit (we use 4x 8mm female to female and 4x 11mm or 12mm male female standoffs)

NOTE on Standoffs! - 

     Due to the difficulty finding m2.5 x 11mm standoffs used in the middle layer, you can substitute with 10mm. Assemble in reverse in this case (starting at the top), this will assure correct button alignment.

Screw setup (from bottom to top)

1. 6mm screw at very bottom into
2. 8mm female/female standoff in bottom layer
3. 11mm or 12mm male/female standoff in middle layer
4. 8mm screw at very top securing to middle layer standoffs

3D Printed source files for PinkyPi on Thingiverse

Software

PinkyPi prebuilt RetroPie images can be found in our Downloads Section

Hardware Setup

For all the wiring I did the following;

Amp and audio;

NOTE - Audio wiring has been updated from original as well as the youtube video to correct the Pin2 and Pin5 connections. They have been corrected in the images and instructions below.

Pin GPIO18 on the Raspberry PI goes to Pin 5 of the 10KOhm Pot
This is our audio signal going into the volume control.

Pin 2 of the 10KOhm Pot goes into a 270Ohm resistor that is then pulled to ground through a 33nf capacitor as well as connected to the R audio input of the amp.
The purpose of the resistor and capacitor is a low pass audio filter to eliminate hissing and noise in the speaker output.

Pin 1 of the 10KOhm Pot goes to Ground on the Pi, as well as the ground for the Amp and Audio (-) line.

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Low-Pass audio filter (used in this build to reduce hiss)

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High-Pass audio filter (optional, blocks lower frequencies)

Lastly, I connected 5v from the Pi into the amp, you can use pin 2 or 4 on the Pi for this.

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Now onto the TP4056 Charging circuit.
As shown here, based on your battery you need to chage the resistor at R3. I have a 500mAh battery, so I needed a 4.7KOhm resistor.

Next, we wire up one of the JST battery connectors into the B+ and B- on the TP4056 battery charger, and OUT+ OUT - onto the rear of the Raspberry Pi

Connecting OUT+ from the TP4056 to PP1 on the bottom Pi and OUT - to PP6 on the Pi.

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I have also been working on a 3D printer case for this build, you can find the top and buttons I have made so far on Thingiverse.

WaveShare 1.33 inch Pi Hat

I've also since added the full case design

PinkyPi Full Case

Next we will get into the Software setup, configuring the Pi and display as well as setting up a RetroPi build for tiny displays.

You can download the images from Our downloads section.
And follow our guide on how to flash the image to an SD card via Etcher.