Simple Pickup Project Go Portable May 2026
"Project Go Portable" was designed as a mobile-friendly, "on-the-go" version of their coaching, focusing on building social confidence and "pickup" skills through actionable challenges. Unlike their long-form seated courses, this project emphasizes:
Action-Oriented Challenges: Short, daily tasks meant to be completed in public to desensitize users to social anxiety.
Video Lessons: High-energy demonstrations by the Simple Pickup founders (Jesse, Kong, and Jason) showing real-world applications of their advice.
Portability: Content optimized for smartphones so users can watch a lesson and immediately attempt the "mission" while out. Common Review Themes
Reviews from community members and users generally highlight the following pros and cons: Pros:
Low Barrier to Entry: The "simple" nature of the challenges makes it accessible for beginners who are too intimidated by complex "theories" of dating.
Entertainment Value: The founders’ charismatic and humorous teaching style keeps users engaged, making the "work" feel more like a game.
Desensitization: Users frequently report that the primary benefit is the forced social interaction, which helps reduce "approach anxiety." Cons:
Lack of Depth: Advanced users often find the advice too basic, noting that it focuses more on "opening" conversations than building long-term relationship skills.
Dated Style: Some reviewers feel the "pickup" culture aesthetic of the mid-2010s (when this was most popular) feels out of sync with modern social norms.
Subscription Issues: Past users on forums like Reddit have occasionally mentioned difficulties with billing or accessing the platform after it transitioned through various rebrands (e.g., to "Project Go"). Actionable Verdict
If you are looking for a structured way to get over social anxiety and want a "gamified" approach to meeting people, "Project Go Portable" is a solid starting point. However, if you are looking for deep psychological insights or modern relationship management, you might find it a bit superficial.
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 simple pickup project go portable
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
The "Simple Pickup" project was originally designed for a fixed environment. But what happens when you need that same functionality on the road, at a gig, or in a remote workshop? This week, I’m breaking down the essential upgrades to turn your setup into a rugged, grab-and-go system. 1. Modular Power: The Battery Backbone The biggest hurdle to portability is cutting the cord. LiFePO4 Upgrade
: Swap out traditional lead-acid batteries for Lithium Iron Phosphate (LiFePO4). They are significantly lighter and can be discharged further without damage. Portable Power Stations : For an all-in-one solution, look at units like the Jackery Explorer series
which integrate an inverter, battery, and solar controller into one handle-equipped box. 2. Enclosure & Protection If it’s going portable, it’s going to get bumped. Hard-Shell Cases : Retrofitting a Pelican Case or a more budget-friendly Apache Case from Harbor Freight
provides waterproof and crushproof housing for your electronics. Internal Shock Mounting
: Use high-density foam inserts to keep components from rattling during transport. 3. Connectivity & Antennae
"Portable" often means "Changing Environments," which can wreak havoc on signal. External Mounts
: If your pickup uses Wi-Fi or Radio, add an SMA bulkhead connector to the outside of your case. This allows you to attach high-gain antennae once you’re on-site. Magnetic Bases
: For truck-based projects, a magnetic antenna base lets you quickly move your receiver from the case to the roof of the vehicle for maximum range. 4. Weight Reduction Every ounce counts when you're hauling gear by hand. Component Slimming
: Can that heavy metal chassis be replaced with a 3D-printed PETG frame? Multipurpose Cables
: Standardize on USB-C PD (Power Delivery) where possible to reduce the number of individual "wall wart" chargers you need to carry. Conclusion: The Field Test "Project Go Portable" was designed as a mobile-friendly,
Simple Pickup Project: Go Portable with Your Small-Scale Hauling
Whether you are looking to replace a full-sized truck for daily chores or seeking a lightweight solution for off-grid adventures, the "Simple Pickup Project" is gaining traction as a movement toward portable, efficient utility. These compact haulers, often categorized as electric mini-trucks or modular camper conversions, offer a versatile alternative to traditional heavy-duty vehicles. What is a Portable Pickup Project?
At its core, a portable pickup project focuses on maximizing utility in a small footprint. This often involves using electric mini-trucks like the Pickman XR, which is designed for personal hauling with a 1-ton payload and 3-ton towing capacity while remaining small enough for nimble off-road maneuvers.
For others, "going portable" means using modular equipment that can be added or removed from a standard vehicle bed. A prime example is the Decamp Backpack S, an aluminum "cell" that fits onto European-spec trucks like the Ford Ranger or VW Amarok. It features hydraulic legs that allow you to lift the unit off, leaving you with an empty truck for the work week. Key Features for Portable Hauling
To make a pickup project truly portable and functional for "on-the-go" lifestyles, several upgrades are common:
Off-Grid Power: Adding a portable power station can provide extra range for electric models or power tools and appliances at a remote job site.
Solar Integration: Many DIY enthusiasts add roof-mounted solar panels to their mini-trucks to reduce the need for traditional plug-in charging.
Modular Storage: Systems like 1-800-PACK-RAT provide portable storage units that can be moved and stored simply, making long-distance projects or moves more manageable.
Lightweight Materials: Using aluminum for camper shells or grid racks ensures the vehicle's suspension performance remains stable without requiring heavy modifications. Benefits of Going Small and Portable
Versatility: Modular setups like "The Ship" van-build can replace a daily driver while still offering a portable toilet and exterior shower for camping.
Cost Efficiency: Small electric utility vehicles often cost less per mile than gas-powered SUVs and may be eligible for tax credits or maintenance savings.
Ease of Use: Portable grid racks and display units, such as those found on Facebook Marketplace, often require no tools for assembly and break down quickly for transportation. Popular Equipment for Your Portable Project Equipment Type Example Product Top Benefit Electric Mini-Truck Pickman XR 4WD capability in a tiny frame Camper Cell Decamp Backpack S Removable hydraulic legs for easy storage Action Camera Insta360 GO 3S Thumb-sized 4K cam for recording projects hands-free Storage Solution 1-800-PACK-RAT Weather-resistant portable containers
The Simple Pickup Project Go Portable: A Complete Guide to Mobile Audio Mastery
In the world of acoustic music, mobility is often the ultimate goal. Whether you are a busker hitting the city streets, a campfire enthusiast, or a gigging pro looking to minimize setup time, the Simple Pickup Project Go Portable represents the next evolution in instrument amplification. This guide explores how to transform your stationary setup into a high-performance, battery-powered rig that sounds professional anywhere. The Core Philosophy of Going Portable
Traditional acoustic amplification relies on heavy cabinets, tangled power cords, and a reliance on wall outlets. The "Go Portable" movement flips this script. The goal is to maintain the crystal-clear transparency of a high-end pickup while shedding the weight of a standard stage setup. By focusing on lightweight components and efficient power management, you can achieve a "plug-and-play" experience that fits in a backpack. Essential Components of the Portable Rig Step 4: Power Stop relying on venue outlets
The Heart: The TransducerThe Simple Pickup Project focuses on high-fidelity transducers that don’t require permanent modifications to your instrument. For a portable setup, look for "peel-and-stick" piezo elements or magnetic soundhole pickups. These allow you to move the system between instruments without a luthier.
The Brain: Battery-Powered PreampsA pickup is only as good as the signal chain. Portable preamps have come a long way. Modern units run on 9V batteries or internal USB-rechargeable lithium-ion packs. A good preamp will provide the necessary impedance matching to ensure your guitar, violin, or mandolin doesn't sound "tinny" or thin when plugged into a mobile speaker.
The Voice: Ultra-Portable PA SystemsForget the 40-pound amplifiers of the past. The rise of the "Lunchbox Amp" has changed the game. Brands are now producing speakers that weigh under 10 pounds but offer multiple channels, reverb, and Bluetooth connectivity. These units serve as both your monitor and your front-of-house sound. Step-by-Step: Setting Up Your Portable Project
InstallationClean the surface of your instrument's bridge plate or soundboard. Apply the pickup using a non-destructive adhesive. For the Simple Pickup Project, positioning is everything. Centering the element under the bridge saddle usually yields the most balanced frequency response.
Signal RoutingRun a short, high-quality shielded cable from your instrument to your belt-clip preamp. Keeping the cable short reduces "cable capacitance," which can dull your high-end frequencies.
Power ManagementAlways opt for rechargeable solutions. A portable power station or a high-capacity power bank with a 9V DC converter can run your entire rig for 8-10 hours. This eliminates the "dead battery anxiety" during a long set. Why Choose the Go Portable Method?
The primary advantage is speed. A portable rig can be deployed in under 60 seconds. For street performers, this means the ability to move locations quickly to follow the crowd. For travelers, it means never having to sacrifice tone while on the road. Furthermore, the Simple Pickup Project emphasizes affordability; by using modular components, you can upgrade individual parts of your chain as your budget allows. Conclusion
The Simple Pickup Project Go Portable isn't just about making things smaller; it’s about removing the barriers between a musician and their audience. By choosing the right transducers, leveraging battery technology, and focusing on a minimal footprint, you can take your signature sound to the mountaintop, the subway station, or the beach without compromise. The world is your stage—now you finally have the gear to match it.
// pickup.go
// A simple, portable pickup task manager in Go.
// Build: go build pickup.go
// Usage: ./pickup add "Groceries" "Buy milk and eggs"
// ./pickup list
// ./pickup done 1
// ./pickup remove 2
package main
import (
"encoding/json"
"fmt"
"os"
"strconv"
"time"
)
// Task represents a pickup job
type Task struct
ID int `json:"id"`
Title string `json:"title"`
Description string `json:"description"`
Completed bool `json:"completed"`
CreatedAt time.Time `json:"created_at"`
// Storage file name (portable – works on any OS)
const dataFile = "pickup_tasks.json"
func main()
if len(os.Args) < 2
printUsage()
return
command := os.Args[1]
switch command
case "add":
if len(os.Args) < 4
fmt.Println("Usage: pickup add <title> <description>")
return
title := os.Args[2]
desc := os.Args[3]
addTask(title, desc)
case "list":
listTasks()
case "done":
if len(os.Args) < 3
fmt.Println("Usage: pickup done <task_id>")
return
id, _ := strconv.Atoi(os.Args[2])
markDone(id)
case "remove":
if len(os.Args) < 3
fmt.Println("Usage: pickup remove <task_id>")
return
id, _ := strconv.Atoi(os.Args[2])
removeTask(id)
default:
fmt.Println("Unknown command:", command)
printUsage()
func printUsage()
fmt.Println(`Simple Pickup Project – Task Manager
Usage:
pickup add <title> <description> Add a new pickup task
pickup list Show all pending tasks
pickup done <id> Mark a task as completed
pickup remove <id> Delete a task
Examples:
pickup add "Dry cleaning" "Collect shirts from Main St"
pickup add "Groceries" "Pick up order #42"
pickup list
pickup done 1
pickup remove 2
`)
// loadTasks reads tasks from JSON file (creates file if missing)
func loadTasks() ([]Task, error) {
var tasks []Task
file, err := os.ReadFile(dataFile)
if err != nil {
if os.IsNotExist(err) {
return []Task{}, nil
}
return nil, err
}
err = json.Unmarshal(file, &tasks)
return tasks, err
}
// saveTasks writes tasks to JSON file
func saveTasks(tasks []Task) error
data, err := json.MarshalIndent(tasks, "", " ")
if err != nil
return err
return os.WriteFile(dataFile, data, 0644)
// addTask creates a new pickup task
func addTask(title, description string)
tasks, err := loadTasks()
if err != nil
fmt.Println("Error loading tasks:", err)
return
// Generate new ID (increment from max existing ID)
newID := 1
if len(tasks) > 0
maxID := tasks[0].ID
for _, t := range tasks
if t.ID > maxID
maxID = t.ID
newID = maxID + 1
newTask := Task
ID: newID,
Title: title,
Description: description,
Completed: false,
CreatedAt: time.Now(),
tasks = append(tasks, newTask)
err = saveTasks(tasks)
if err != nil
fmt.Println("Error saving task:", err)
return
fmt.Printf("✅ Added pickup task #%d: %s\n", newID, title)
// listTasks shows all pending tasks
func listTasks() {
tasks, err := loadTasks()
if err != nil
fmt.Println("Error loading tasks:", err)
return
pending := []Task{}
completed := []Task{}
for _, t := range tasks
if t.Completed
completed = append(completed, t)
else
pending = append(pending, t)
if len(pending) == 0 && len(completed) == 0
fmt.Println("📭 No pickup tasks yet. Add one with: pickup add <title> <description>")
return
if len(pending) > 0
fmt.Println("📦 PENDING PICKUPS:")
for _, t := range pending
fmt.Printf(" %d. %s\n 📝 %s\n", t.ID, t.Title, t.Description)
if len(completed) > 0
fmt.Println("\n✅ COMPLETED PICKUPS:")
for _, t := range completed
fmt.Printf(" %d. %s (done)\n", t.ID, t.Title)
}
// markDone marks a task as completed
func markDone(id int)
tasks, err := loadTasks()
if err != nil
fmt.Println("Error loading tasks:", err)
return
found := false
for i, t := range tasks
if t.ID == id
if t.Completed
fmt.Printf("⚠️ Task #%d is already completed.\n", id)
return
tasks[i].Completed = true
found = true
break
if !found
fmt.Printf("❌ Task #%d not found.\n", id)
return
err = saveTasks(tasks)
if err != nil
fmt.Println("Error saving tasks:", err)
return
fmt.Printf("✅ Marked task #%d as completed.\n", id)
// removeTask deletes a task by ID
func removeTask(id int)
tasks, err := loadTasks()
if err != nil
fmt.Println("Error loading tasks:", err)
return
index := -1
for i, t := range tasks
if t.ID == id
index = i
break
if index == -1
fmt.Printf("❌ Task #%d not found.\n", id)
return
title := tasks[index].Title
tasks = append(tasks[:index], tasks[index+1:]...)
err = saveTasks(tasks)
if err != nil
fmt.Println("Error saving tasks:", err)
return
fmt.Printf("🗑️ Removed pickup task #%d: %s\n", id, title)
2. Versatility Over Volume
The Simple Pickup Project prioritizes the PA (Public Address system) over the stage amp. If you "Go Portable," you rely on the venue's PA or a small, high-quality portable PA unit. This means your stage volume drops, your vocals are clearer, and the sound engineer loves you.
go.mod
module pickup
go 1.21
Step 4: Power
Stop relying on venue outlets. Use a USB-C battery bank (20,000 mAh minimum) with a MyVolts Ripcord (a USB to 9V/12V DC converter). This turns any pedal or small mixer into a battery-powered beast.
1. The Death of the Backline
Post-2020, most open mics and small venues no longer provide backline amps. You are responsible for your sound from the jack to the PA. If your rig takes 10 minutes to set up, you lose the slot.
How to Build Your Simple Portable Pickup Rig (5 Steps)
Let’s get practical. How do you actually go portable? You don’t need to spend $2,000. You need to follow this hierarchy of needs.
List all tasks
./pickup list
3. Example output
📦 PENDING PICKUPS: 1. Dry cleaning 📝 Collect shirts from Main St 2. Groceries 📝 Pick up order #42 at 5pm
✅ COMPLETED PICKUPS: 3. Pharmacy pickup (done)