3D Workspace
Home
Assets
Affiliate Program
Creator Program
Sign up/Log in
View Plans
DCC Bridge
Anonymous1772536485
03-04 16:47
Model Name
robotics lab layout 3d model
Tags
concept art
concept art realistic
furniture
furniture concept art
furniture concept art realistic
furniture realistic
realistic
workbenches
Prompt
How to establish tinkering and robotics lab in a 12 by 20 room Setting up a tinkering and robotics lab in a 12 ft × 20 ft (240 sq ft) room is absolutely possible with smart planning. Here’s a practical layout and setup guide you can follow. 1️⃣ Plan the Room Layout (Zoning) Divide the 12×20 room into functional zones instead of filling it randomly. 🔹 Suggested Layout Plan (Front to Back) A. Electronics & Programming Zone (6×12 ft) 2 long wall-mounted workbenches (2 ft depth) 6–8 stools Power strip with surge protection Storage shelves above bench B. Mechanical & Assembly Zone (6×8 ft) 1 sturdy central table (4×6 ft) Tool board (pegboard wall) Small vice mounted to table C. Storage & Components Zone (6×4 ft) Plastic drawer cabinets Lockable cupboard Battery storage box D. Testing & Demo Area (4×6 ft open space) Clear floor area for robot testing Whiteboard wall If possible, keep door near testing area to avoid crowding. 2️⃣ Essential Furniture ✔ Workbenches Height: 30–32 inches Anti-static mat on electronics bench Heat-resistant mat for soldering ✔ Chairs/Stools Backless stools save space Stackable preferred ✔ Storage Transparent component organizers Labeled drawers Lockable cabinet for tools & microcontrollers 3️⃣ Basic Equipment List 🔌 Electronics Setup 6–10 × Arduino Uno 4–6 × Raspberry Pi Breadboards (15–20) Jumper wires kit Multimeters (3–4) Regulated DC power supply (2 units) Soldering stations (2–3) 🤖 Robotics Kits Beginner robotics kits (line follower, obstacle avoider) Servo motors DC motors Motor drivers Wheels & chassis sets Ultrasonic sensors 🛠 Tools Screwdriver sets Wire stripper Pliers Mini drill Glue gun Hot air gun 4️⃣ Safety Setup (Very Important) Since many users are teens: Fire extinguisher (CO₂ type) First aid kit Proper ventilation (exhaust fan) Clearly marked power switch No loose wires on floor Safety rule poster 5️⃣ Electrical Planning Minimum 4 wall power strips Dedicated MCB line if possible Proper earthing Cable management clips Avoid overloading single plug points. 6️⃣ Budget-Friendly Starter Setup If budget is limited: Start With: 6 Arduino boards 1 soldering station Basic hand tools 2 robotics kits 1 whiteboard Then expand gradually. 7️⃣ Capacity Planning In a 12×20 room: Comfortable capacity: 8–12 students Ideal batch size: 8 students 2 students per workstation 8️⃣ Smart Additions (Optional but Powerful) Wall-mounted TV for coding demos Small 3D printer (corner table) Tool shadow board CCTV camera for safety Lockable charging station 9️⃣ Lab Rules to Display No food near electronics Switch off main power after use Return components properly Wear safety glasses while drilling No running in testing area If you want, tell me: Is this for a school, coaching center, or home lab? What is your budget range? What age group (primary, middle, high school)?** I can create a detailed layout drawing plan + budget estimate tailored to you. For school Great 👍 Since this is for a school, the lab should be: Safe for students (priority) Durable (heavy daily use) Easy to supervise Expandable for future batches Below is a complete school-ready plan for a 12×20 ft room. 🏫 School Tinkering & Robotics Lab Setup (12×20 ft) 1️⃣ Ideal Capacity 10–12 students per batch 2 students per workstation 1 teacher station 🗺 Recommended Layout Plan 🔹 Front (Near Board) – Teaching Zone (6×8 ft) Whiteboard Teacher desk Projector or TV 1 demo table 🔹 Left Wall – Electronics Workbench (12 ft long) 2 ft deep wall-mounted bench 5 workstations Anti-static mats Plug points every 2 ft 🔹 Right Wall – Storage & Tools Lockable cabinets Transparent component drawers Pegboard tool wall 🔹 Back Area – Mechanical & Testing Zone 4×6 ft central assembly table 4×6 ft open robot testing space (line-following track area) Keep the center walkway clear for supervision. 🛠 Essential Equipment for School Lab 🔌 Microcontrollers (Core of Lab) 10 × Arduino Uno 4 × Raspberry Pi (Arduino for beginners, Raspberry Pi for advanced classes) 🤖 Robotics Components 10 robot chassis kits 20 DC motors 10 Servo motors 10 Ultrasonic sensors 5 Motor driver modules 15 Breadboards 20 Jumper wire sets Assorted resistors, LEDs, buzzers, sensors 🛠 Tools Section 3 Soldering stations 4 Multimeters Wire stripper tools Screwdriver kits Mini drilling machine Glue gun Small bench vice 🔥 Safety Requirements (Mandatory in School) CO₂ fire extinguisher First aid kit Rubber mats near electrical benches Exhaust fan for soldering MCB switch panel
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
Anonymous1772536485
Anonymous1772536485Anonymous1772536485