Simple Pickup Project Go Portable -
This yields a lightweight, easy-to-carry instrument suitable for travel practice or as a compact backup.
In the context of the "Simple Pickup" YouTube channel and their coaching program, Project GO was an online course and community designed to teach social dynamics and dating skills. While they did not provide a traditional academic paper, the "paper" you are likely looking for is the Project GO Field Manual , which served as the core written guide for the program. Project GO Overview
Purpose: The project aimed to help users build "social habits" through a structured system of challenges and techniques.
Portability: The program was designed to be "portable" in the sense that the core lessons and "field manual" could be accessed on mobile devices, allowing users to reference techniques while they were out in social settings.
The "System": It included a 30-day curriculum with step-by-step instructions on conversation starters, overcoming rejection, and building confidence. Core Components
If you are looking for the written materials associated with the program, they typically covered:
Opening & Conversation: Techniques for starting a conversation with anyone without running out of things to say.
Social Habit Building: Focus on daily "missions" to normalize social interaction.
Inner Game: Mental frameworks for dealing with anxiety and the "fear of the approach".
Note: The original creators of Simple Pickup officially retired from the channel to pursue other ventures, and much of their original paid content, including detailed PDF guides for Project GO, was moved to private archives or discontinued. You can find various episode archives on their Project Go YouTube Playlist. Simple 30 Day 2 & 3 by the way Hey hey hey. YouTube·Simple Pickup - Project GO Jacob - The Bootcamp Experience Pt 1
A full step-by-step guide is detailed below to help you build a portable acoustic guitar pickup system.
This project is perfect for musicians who need a quick, damage-free way to electrify an acoustic guitar for busking, spontaneous jamming, or recording in a pinch. It relies on a piezoelectric transducer that senses physical vibrations from the guitar body and converts them into an audio signal. 🛠️ Materials and Tools Required Components
Piezoelectric element: A standard 27mm or 35mm piezo disc (often salvaged from old buzzers). simple pickup project go portable
1/4-inch (6.35mm) female mono jack: This will serve as the output for your standard guitar cable.
Shielded audio wire: 6 to 12 inches of thin, insulated copper wire.
Double-sided adhesive putty (like Blu-Tack) or double-sided tape: For a temporary, damage-free mount. Required Tools
Soldering iron & rosin-core solder: To fuse the connections securely. Wire strippers: To expose the copper leads.
Small project enclosure (Optional): A tiny plastic or metal box to safely house the 1/4-inch jack. 🔬 Physics of the System
A piezoelectric disk generates a voltage when subjected to mechanical stress. When stuck to the vibrating top plate of a guitar, it acts as a contact microphone.
The mechanical stress creates an electric displacement field Dbold cap D
. The fundamental linear constitutive equation for a piezoelectric material is:
D=d⋅σ+εT⋅Ebold cap D equals d center dot sigma plus epsilon to the cap T-th power center dot bold cap E Dbold cap D is the electric displacement vector. is the matrix for the direct piezoelectric effect.
is the mechanical stress applied by the guitar's vibrations. εTepsilon to the cap T-th power is the dielectric permittivity at constant stress. Ebold cap E is the electric field.
Because we are not applying an external electric field to the crystal,
, simplifying the charge generated strictly to the mechanical stress multiplied by the piezoelectric strain constant: D=d⋅σbold cap D equals d center dot sigma 1. Prepare the wires Instructions:
Carefully strip about 1/4 inch of insulation off both ends of your shielded audio wire. Twirl the exposed copper strands tightly on each end so they do not fray during the soldering process. 2. Solder the piezo element
Locate the piezo disk. It will have a brass outer ring and a white ceramic inner circle.
Solder the main "hot" lead of your wire to the white center circle. Be extremely fast; overheating this ceramic will ruin its physical properties. Solder the ground wire to the outer brass ring. 3. Solder the output jack
Take the other end of the wire and attach it to your 1/4-inch mono jack.
Solder the wire coming from the ceramic center to the tip lug of the jack.
Solder the wire coming from the brass ring to the sleeve (ground) lug of the jack. 4. Mount the system
Take your double-sided putty and place a very thin, flat layer on the brass side of the piezo disk. Press it firmly onto your acoustic guitar.
For the brightest, most balanced tone, place it on the soundboard just behind the bridge on the treble side.
Use a clip or tape to secure the heavy 1/4-inch jack to your guitar strap peg so it does not pull on the delicate piezo wires. 🎉 Final Result System Operational
Plug a standard guitar cable from your new jack directly into an acoustic amplifier or a high-impedance (Hi-Z) instrument input on an audio interface. Because this is a passive piezo, placing a dedicated acoustic preamp or acoustic DI box between the guitar and your speaker will significantly enrich the bass response and eliminate any harsh, "quacky" mid-tones.
Simple Pickup Project: Go Portable
Are you looking for a fun and easy DIY project that can help you pick up small items around the house or outdoors? Look no further! In this project, we'll show you how to create a simple and portable pickup tool that can be taken anywhere. Tips and Variations:
Materials:
Instructions:
Tips and Variations:
Benefits:
Get Creative:
Take your pickup tool to the next level by adding some creative features. You could add a LED light to illuminate the pickup area or a small camera to inspect hard-to-reach areas. The possibilities are endless!
Lithium-ion batteries and USB-C power delivery have changed the game. You can now run a high-voltage preamp for 12 hours off a phone charger battery bank. The “wall wart” is no longer a constraint.
curl -X POST http://localhost:8080/orders/id/ready
package mainimport ( "fmt" "log" "net/http" "os" "pickup/handler" "pickup/store" )
func main() s := store.NewMemoryStore() h := handler.NewPickupHandler(s)
http.HandleFunc("GET /orders", h.ListOrders) http.HandleFunc("POST /orders", h.CreateOrder) http.HandleFunc("GET /orders/id", h.GetOrder) http.HandleFunc("POST /orders/id/ready", h.MarkReady) http.HandleFunc("POST /orders/id/pickup", h.Pickup) port := os.Getenv("PORT") if port == "" port = "8080" addr := ":" + port fmt.Printf("Pickup server running on http://localhost%s\n", addr) log.Fatal(http.ListenAndServe(addr, nil))