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3M 40mm Dia Multipurpose Double Sided Sponge Glue Adhesive Dash pad for GPS-4Pcs.

Original price was: ₹210.00.Current price is: ₹185.00.

  • 40mm double-sided adhesive dash pads for GPS module or general mounting use

  • Made from black polyester sponge with acrylic adhesive

  • Ideal for drones, RC planes, vehicles, and electronics

  • Shock-absorbing, water-resistant, and temperature-resistant

  • Pack of 4 pads included

Description

3M 40mm Double-Sided AdhesiveThe 3M 40mm Multipurpose Double-Sided Adhesive Dash Pads are ideal for a wide range of applications, including securely mounting GPS modules on drones, RC planes, or vehicle dashboards. Designed using high-quality polyester sponge material, these pads not only offer strong adhesion on both sides but also provide shock absorption, making them perfect for delicate electronics.

3M 40mm Double-Sided Adhesive acrylic adhesive ensures a durable and long-lasting bond, while the transparent glue keeps it visually discreet. With excellent temperature and water resistance, these dash pads are built for rugged use in both indoor and outdoor environments.

3M 40mm Double-Sided Adhesive Whether you’re setting up a GPS module or mounting a sensor or display, these adhesive pads provide a clean, reliable, and vibration-resistant solution.

Specifications:

 

Specification Details
Item Type Adhesive Dash Pad
Brand 3M
Material Polyester Sponge
Adhesive Acrylic
Adhesive Side Double-Sided
Color Black
Adhesive Color Transparent
Diameter 40 mm
Thickness 3.3 mm
Weight (per piece) ~1 g
Quantity 4 Pieces
Temperature Resistance Yes
Water Resistance Yes
Shipping Weight 0.02 kg
Shipping Dimensions 8 × 7 × 4 cm

Package Includes:

  • 3M 40mm Double-Sided Adhesive 4 x 3M 40mm Dia Multipurpose Double-Sided Adhesive Dash Pads (Black)    3M 40mm Double-Sided Adhesive

  • 📄 Expanded Description:

    The 3M 40mm Multipurpose Double-Sided Adhesive Pad is a professional-grade mounting solution designed for securely attaching electronics and modules without the need for screws, brackets, or soldering. Each 40mm disc features authentic 3M acrylic adhesive on both sides and a dense closed-cell foam core that offers excellent shock absorption, vibration resistance, and reliable adhesion across a wide range of surfaces.

    3M 40mm Double-Sided Adhesive With its larger 40mm surface, this pad provides a wider grip area, making it ideal for heavier components, such as large GPS modules, battery holders, dev boards (like Raspberry Pi), or power converters in electronics and automotive installations.


    🧱 Build & Material Excellence:

    • 🧲 Core: Closed-cell polyurethane sponge (approx. 2mm thick)

    • 🧲 Adhesive: 3M industrial-grade double-sided acrylic adhesive

    • 🧲 Size: 40mm diameter — large enough for stability without bulk

    • 🧲 Color: Black (foam), clear adhesive liners

    • 🧲 Pressure-Sensitive Bonding: Activates upon firm press (no heat required)


    🔧 Performance Advantages:

    Feature Benefit
    📌 Larger Diameter (40mm) Increases contact area for heavier GPS/sensor modules
    🔕 Vibration Dampening Reduces sensor noise and GPS signal jitter in drones
    💪 Strong Grip Holds for weeks/months on smooth, clean surfaces
    💧 Light Water Resistance Works under mild humidity and indoor environments
    ❌ Non-Permanent Mount Leaves no marks or residue when removed properly
    🔄 Quick Installation Peel, press, and fix — no tools or curing time needed

    🛠️ Use Case Scenarios:

    🛰️ Drone & RC Applications:

    • 3M 40mm Double-Sided Adhesive Mount large GPS modules like BN-880, u-blox NEO-M8N, or external compass modules

    • 3M 40mm Double-Sided Adhesive Fix flight controllers, power distribution boards, or telemetry units

    • 3M 40mm Double-Sided Adhesive Ideal for anti-vibration mounting of MPU6050/9250 sensors

    🚗 Automotive & Dashboard Use:

    • 3M 40mm Double-Sided Adhesive Stick dash cameras, GPS trackers, or Bluetooth modules onto dashboards

    • 3M 40mm Double-Sided Adhesive Fix air fresheners or wireless chargers without screws

    • 3M 40mm Double-Sided Adhesive Mount GPS antennas or diagnostic dongles for clean interiors

    🤖 Electronics & IoT Projects:

    • 3M 40mm Double-Sided Adhesive Mount Arduino, Raspberry Pi, or ESP32 to baseplates

    • 3M 40mm Double-Sided Adhesive Secure Li-ion battery packs, relay modules, or sensors in enclosures

    • 3M 40mm Double-Sided Adhesive Useful for lab prototyping where repositioning is frequent


    🧪 Reliability Details:

    • 🔋 3M 40mm Double-Sided Adhesive Operating Temp: -10°C to 70°C

    • 🧼 3M 40mm Double-Sided Adhesive Reusability: Not recommended after dust or oil exposure

    • 💧3M 40mm Double-Sided Adhesive  Splash Resistant: Handles moisture but not intended for waterproof use

    • 🪶3M 40mm Double-Sided Adhesive  Lightweight: <1g per pad — adds no burden to drones or mobile setups

    🔧 Always clean surfaces (alcohol wipe recommended) before applying for best adhesion.


    📦 Package Contents:

    • 3M 40mm Double-Sided Adhesive 4 × 3M 40mm Double-Sided Adhesive Sponge Pads

    • 3M 40mm Double-Sided Adhesive Resealable anti-static pouch (optional for retail use)


    📈 Recommended Bundles:

    Pair with:

    • ✅ 3M 40mm Double-Sided Adhesive NEO-M8N / BN-880 GPS module

    • ✅3M 40mm Double-Sided Adhesive  Raspberry Pi Pico or ESP32-based kits

    • ✅ 3M 40mm Double-Sided Adhesive APM or Pixhawk GPS mount frames

    • ✅3M 40mm Double-Sided Adhesive  Dash cams, car mobile holders

    • ✅ 3M 40mm Double-Sided Adhesive Smart home automation modules

      🧠 Advanced Use Insights – Why 40mm Makes a Difference

      The larger 40mm diameter isn’t just for size — it improves:

      • 🔄3M 40mm Double-Sided Adhesive  Weight distribution, reducing tilt or shifting on uneven surfaces

      • 📡3M 40mm Double-Sided Adhesive  Signal stability when mounting GPS antennas or modules (avoids micro-movements)

      • ⚖️ 3M 40mm Double-Sided Adhesive Center-of-gravity control in drones and robotics platforms

      • 🔧 3M 40mm Double-Sided Adhesive Ease of alignment during installation, especially on large boards or curved surfaces


      🧪 Tested Applications by Category:

      Category Use Example Reason to Use 40mm Pads
      🛩️ Drone/UAV Mounting NEO-M8N, BN-880 GPS modules Vibration control + stable large footprint
      🤖 Robotics Mounting L298N, Raspberry Pi, battery holders Prevents sliding in mobile platforms
      🚘 Automotive Dash cam, GPS tracker, smart sensor mount Withstands cabin heat and daily movement
      🔬 Prototyping Electronics dev boards to enclosure walls Repositionable, easy-to-use during testing
      🏠 Home DIY Stick PIR sensors, WiFi extenders, adapters No screws, no wall damage, reusable

      📊 Comparison: 20mm vs 40mm Pads

      Feature 20mm Pad 40mm Pad
      Grip Area Small (sensors, GPS) Large (GPS, dev boards, batteries)
      Best for Lightweight modules Medium-weight items, baseboards
      Vibration Control Good Excellent (more foam surface)
      Stability Adequate High, even on curved dashboards
      Reuse Count 1–2 times max 1–3 times depending on use

      🔧 How to Install Like a Pro:

      1. 3M 40mm Double-Sided Adhesive Surface Prep – Wipe clean with isopropyl alcohol. Dry fully.

      2. 3M 40mm Double-Sided Adhesive Pad Handling – Peel one liner side; press onto the component.

      3. 3M 40mm Double-Sided Adhesive Align & Mount – Peel other liner, press firmly onto surface. Hold for 10–15 seconds.

      4. 3M 40mm Double-Sided Adhesive Final Check – Wait 5–10 minutes for full adhesive tack (no load during this time).

      💡 For drones or high-speed RC, add a small zip tie backup if mounting externally.


      🔋 Power Efficiency Insight (Drone/IoT Builders):

      • Using these pads instead of plastic brackets, screws, or plates:

        • Reduces payload weight in airborne systems

        • Minimizes vibration-induced current spikes in IMUs and GPS

        • Offers non-conductive mounting (unlike metal standoffs)

      Ideal for:

      • Battery-powered IoT devices

      • Solar-powered GPS trackers

      • Data-loggers with motion sensors


      📎 Smart Bundle Suggestion for Sellers or Educators:

      “Secure Mount Kit for Drones & Electronics” – Example contents:

      • 4 × 40mm 3M Pads

      • 1 × NEO-M8N GPS Module

      • 1 × Anti-vibration mounting plate

      • 4 × Zip ties

      • 1 × Alcohol prep pad

      🧰 Makes an ideal accessory add-on for drone, RC, and Arduino kits.

      🛠️ 1. Practical Installation Scenarios & Tips

      📌 GPS Mounting on Drones:

      • Problem: Direct mounting of GPS modules on hard drone surfaces can cause vibration noise, resulting in poor GPS lock or positional drift.

      • Solution: Stick the 40mm 3M foam pad between the GPS module and the drone frame to absorb micro-vibrations.

      • 📎 Pro Tip: For added security, wrap a zip tie loosely over the GPS module after padding.


      🚘 Dashboard Mounting:

      • Use these pads to mount dash cams, GPS trackers, air quality sensors, or even mini displays on dashboards or windows.

      • The larger diameter ensures stability on slightly curved surfaces common in vehicle interiors.

      • Best Practice: Stick on clean, dry plastic or glass. Avoid leather or fabric dashboards.


      🤖 2. Real-World Electronics Prototyping

      For hobbyists or labs:

      • Secure microcontrollers, sensors, or Li-ion battery holders to a non-metal surface without using nuts, bolts, or glue.

      • Ideal when you’re testing placement of components before committing to a final enclosure.

      • Flexibility: You can reposition the module once or twice before the adhesive loses tack.


      🧩 3. Educational Use in STEM Labs

      In classroom or maker environments:

      • Encourages safe mounting without soldering or drilling

      • Prevents students from damaging breakout boards by over-tightening screws

      • Compatible with:

        • Arduino + breadboard combos

        • Raspberry Pi with HATs

        • ESP32/ESP8266 + sensors


      💡 4. Optimized Foam Thickness and Adhesion Strength

      • The 2mm sponge layer provides just enough shock dampening without increasing mounting height too much (important for enclosed setups).

      • 3M adhesive holds firmly on:

        • Plastic project boxes

        • 3D-printed ABS/PLA

        • Wood, acrylic, or aluminum sheets

      • Not recommended for: porous wood, dusty fabric, or wet surfaces.


      📦 5. Ideal Use Combinations

      You can pair this pad with:

      Component Reason
      NEO-8M GPS Stable, centered GPS mount on UAVs
      Pixhawk Compass Anti-vibration mounting
      L298N Motor Driver Clean installation on robot base
      LiPo Battery Holder Prevents battery shift during motion
      MPU6050/GY-521 Reduces false motion in IMU data

      🛍️ 6. Ideal For:

      • 📦 Kit makers bundling GPS + foam + cable sets

      • 🛠️ Makers prototyping wearable or portable gadgets

      • 🛻 Car electronics installers needing residue-free adhesion

      • 🧪 Labs doing quick sensor swaps on rigs

      • 🧑‍🏫 Educators teaching non-invasive circuit mounting

      • 🧪 7. Surface Compatibility Matrix

        These 3M 40mm pads adhere best to clean, flat, or slightly curved surfaces. Here’s a breakdown of their effectiveness across common materials:

        Surface Type Adhesion Quality Notes
        ABS Plastic ✅ Excellent Common in drone frames, cases
        Painted Aluminum ✅ Excellent Great for laptops, enclosures
        Acrylic/Plexiglass ✅ Very Good Ideal for transparent projects
        PVC/Polycarbonate ✅ Good Works well for controller housings
        Smooth Glass ✅ Very Good Strong hold for car windshields
        Wood (sealed) ⚠️ Moderate Use only on polished/sealed wood
        Raw Wood/Fabric ❌ Not Suitable Adhesive won’t bond well
        Textured Surfaces ⚠️ Reduced Grip Use extra pad or zip tie for security

        💡 Tip: Always clean with alcohol and let dry before application for optimal bonding.


        ⚖️ 8. Load Capacity & Holding Strength

        While the pad is light and flexible, it can support substantial weight for its size — especially when fully adhered on both sides.

        • ✅ Static hold: Up to 150g (5.3 oz) on smooth surfaces

        • ✅ Dynamic hold: Up to 80–100g for modules on drones, cars, or robotics

        • ✅ Max shear strength: Strong enough to resist moderate pulls or movement

        Best Mounted Items (Weight Range):

        • NEO-8M GPS Module (25–30g) – ✅

        • Raspberry Pi + HAT (50–80g) – ✅

        • 2-cell Li-ion battery holder (60g) – ✅

        • Small dev kits or IoT nodes – ✅

        • Heavy aluminum heat sinks – ⚠️ Not recommended without dual pads


        🧩 9. Integration in Modular Designs

        These pads allow you to build modular and serviceable designs, where components can be replaced or relocated without screws or permanent glue.

        Perfect for:

        • 📦 Swappable payload sections in custom drones

        • 🧰 Removable diagnostic tools in smart vehicles

        • 🔧 Quick-disconnect modules in prototype kits

        • 🧪 Temporary fixes or layout testing before final enclosures


        📐 10. Installation Angle & Orientation Tips

        • For vertical mounting (e.g., dashboards), press and hold for 10–20 seconds with moderate pressure.

        • For horizontal installations (e.g., drone plates), weight spreads evenly — no issue for modules up to 100g.

        • For angled surfaces, use two pads side-by-side or a zip tie backup if needed.


        🧠 11. Hidden Value in RF and Signal Projects

        • The foam does not interfere with GPS or RF signal transmission — unlike metal plates or carbon frames.

        • Ideal for:

          • RTK GPS antennas

          • UHF/VHF beacons

          • LoRa nodes

          • BLE or ZigBee sensors


        🧺 12. Bundling Ideas for Sale or STEM Kits

        Combo Type Contents
        GPS Fixing Kit 1× NEO-8M, 1× foam pad, 1× anti-vibration plate, zip tie
        Robotics Sensor Mount Pack 2× foam pads, 1× GY-521, 1× ultrasonic sensor
        Car Tech Add-on Kit 4× pads, 1× GPS tracker, 1× mini dash cam
        STEM Classroom Fixing Set 8× pads, 2× Arduino Nanos, 4× sensors