INTRODUCTION This is Forerunner, an agile tracked chassis, low noise and easy to control, which could be a good partner for your tank-liked robots. High-strength aluminium alloy tank base, with delicate appearance, higher stability and longer durability. The track robot is made of engineering plastic that basically assured the good elasticity, excellent damping effect and large road grip of the product. What’ s more, it comes with two quality motors to provide high power and speed, which enables your DIY robot car to widely suit all kinds of road surfaces.  To find more interesting functions, you can use this tracked chassis with Arduino microcontrollers or add other electronic components on the base such as, IR sensor, ultrasonic sensor, camera, LED, display, WIFI module, etc. For Arduino fans and smart robot car lovers, this can be a good choice for you!  Note: the tracked chassis is unassembled, you need to get it done by yourself. Install Instruction: SPECIFICATION Product Size: 300 *230 *124 mm(L*W*H) /11.81*9.06*4.89” Base Material: aluminium alloy Processing Method: electroplating Track: engineering plastic Wheel: engineering plastic Package includes: Base: 1 set Motor: 2 Track: 2 Drive Wheel: 2 Driven Wheel: 10 Screw Accessory: 1 set Wrench: 1 Screwdriver: 1 Motor parameter: Input Voltage: 12V Rotation Speed: 160RPM SHIPPING LIST "Forerunner" - Tracked Chassis x1

The QS12-F6 is a complete quick start kit, providing, Power, Serial Cable, and flexible ribbon interface board for connection to many of our Legacy series controllers.  This Quick Start kit makes it easy to connect to your PC with no wiring.  The QS12-F6 includes the RSIO-F6 adapter, 120VAC to 12V DC Power Supply rated at 1.25A or more.  This is a computer grade switching power supply, rated for use with NCD controllers.  Also included is a 6′ (~2M) Serial Extension Cable for interface between your PC and the RSIO-F6 interface. Features PWR12: 12 Volt DC Power Supply RSIO-F6: Serial Interface Board SER: 6 ft. Serial Cable Extension Connects to Select Legacy Series Controllers

These single-pin housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male or female headers and solderless breadboards. They are sold in packs of 25. These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 1 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 10 Spacing: 0.1 in

These two-pin housings work with our wires with pre-crimped terminals to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male or female headers and solderless breadboards. They are sold in packs of 25. These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:   The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings:

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 3 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 5 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 6 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 7 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 1 x 9 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 12 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 3 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 4 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 5 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 6 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 7 Spacing: 0.1 in

These housings work with our wires with pre-crimped terminals and our crimp pins to let you quickly make custom cables that mate with various 0.1"-spaced connectors, including male and female headers and solderless breadboards. Just pick the housing for the correct number of pins, pick the colors and genders for your wires, and snap them into the housings (note: it’s not easy to get the wires back out, so plan carefully!). You can easily make cable harnesses or assemblies that branch from one connector on one side to multiple connectors on the other; you can also cut off one pre-crimped end and solder the wires directly to components to make swapping connections easy:     The following video talks about some of our various wire and cable options and includes a short demonstration of how to use these housings: And this customer-made video shows how to make custom cables with these crimp connector housings using pre-crimped wires and self-crimped wires made with our crimping tool. Dimensions     PinsA (mm)B (mm) 1×1 – 2.54 1×2 2.54 5.08 1×3 5.08 7.62 1×4 7.62 10.16 1×5 10.16 12.70 1×6 12.70 15.24 1×7 15.24 17.78 1×8 17.78 20.32 1×9 20.32 22.86 1×10 22.86 25.40 1×12 27.94 30.48 1×16 38.10 40.64 1×20 48.26 50.80 2×2 2.54 5.08 2×3 5.08 7.62 2×4 7.62 10.16 2×5 10.16 12.70 2×6 12.70 15.24 2×7 15.24 17.78 2×8 17.78 20.32 2×10 22.86 25.40 2×12 27.94 30.48 2×13 30.48 33.02 2×16 38.10 40.64 2×17 40.64 43.18 2×18 43.18 45.72 2×20 48.26 50.80 Dimensions Pins: 2 x 8 Spacing: 0.1 in

This connector is a single-row, 2-pin, straight female header strip designed to match 0.1" male headers. The order quantity must be a multiple of five. These 0.1" straight female header strips are commonly used as low-cost connectors for custom-made cables or perforated prototyping PCBs. The standard spacing is the same as on most solderless breadboards and matches 0.1" male header strips. Our female headers are available in a variety of commonly used pin counts. Dimensions   Dimensions for 0.1 ″ female headers in millimeters.   Dimensions Pins: 1 x 2 Spacing: 0.100 in Weight: 0.18 g General specifications Gender: female Pin type: straight Current rating: 3 A

Many people like solar energy because it is simple, clean and renewable. Especially when you are building outdoor projects, solar energy is one of the best solutions for power supply. Depending on the project you are going to build, there are many different sizes of solar panel to choose, If you are looking for a portable solar panel, why not look at this small solar panel that we are going to introduce today-----0.5W Solar Panel 55x77. 0.5W Solar Panel 55x77 is monocrystalline silicon solar panel, which is the main trend in the future. Comparing to polycrystalline silicon solar panel and thin-film solar panel, monocrystalline silicon solar panel performs higher conversion rate that up to 17%. The surface is covered by fine resin which makes it waterproof, together with a very sturdy back, it is really suitable for outdoor environment. Depending on light intensity, the typical open circuit voltage is 5V. If you take it to a summer day with bright sunshine and no cloud in the sky, the peal OC voltage can be up to 10V. Because the voltage range is relatively wide, if you are going to use boards that require narrow range of input voltage, such as Lipo Rider, to prevent any damage, please check whether the OC voltage is acceptable for the board before any connection. To begin with, we recommend you to choose some of the solar panel compatible board produced by Seeed such as Seeeduino microcontroller series, Lipo Rider charging board seriesand Xbee Carrier WSN products series. Since A 2mm JST connector is attached to the panel, it is perfect to team up with the boards that recommended above. Despite all the goof features, it is really a very cheap solar panel among solar panel kits. Again, if you are looking for portable solar panels for sale, 0.5W Solar Panel 55x77 is the best choice!   Features Dimensions: 70x55x3(±0.2) mm Typical voltage: 5.5V Typical current: 100mA Open-circuit voltage: 8.2 V Maximum load voltage: 6.4V

Key Parameters Driver Chip SSD1331 Interface SPI Resolution 96×64 Display Size 0.95inch Colors 65K colorful Visible Angle >160° Operating Temp. (?) -20~70 Storage Temp. (?) -30~80 Operating Voltage 3.3V / 5V Interface Pin No.SymbolDescription 1 VCC Power positive (3.3~5V power input) 2 GND Ground 3 NC NC 4 DIN Data input 5 CLK Clock signal input 6 CS Chip selection, low active 7 D/C Command signal, low level for command, high level for data 8 RES Reset signal, low active PACKAGE CONTENT 0.95inch RGB OLED (A) x 1  

Key Parameters Driver Chip SSD1331 Interface SPI Resolution 96×64 Display Size 0.95inch Colors 65K colorful Visible Angle >160° Operating Temp. (?) -20~70 Storage Temp. (?) -30~80 Operating Voltage 3.3V / 5V Interface Pin No.SymbolDescription 1 VCC Power positive (3.3~5V power input) 2 GND Ground 3 NC NC 4 DIN Data input 5 CLK Clock signal input 6 CS Chip selection, low active 7 D/C Command signal, low level for command, high level for data 8 RES Reset signal, low active PACKAGE CONTENT 0.95inch RGB OLED (B) x 1  

Description This is a 0.96 inch blue OLED display module. The display module can be interfaced with any microcontroller using SPI/IIC protocols. It is having a resolution of 128x64. The package includes display board,display, 6 pin male header presoldered to board. OLED (Organic Light-Emitting Diode) is a self light-emitting technology composed of a thin, multi-layered organic film placed between an anode and cathode. In contrast to LCD technology, OLED does not require a backlight. OLED possesses high application potential for virtually all types of displays and is regarded as the ultimate technology for the next generation of flat-panel displays. OLEDs basic structure consists of organic materials positioned between the cathode and the anode, which is composed of electric conductive transparent Indium Tin Oxide (ITO). The organic materials compose a multi-layered thin film, which includes the Hole Transporting Layer (HTL), Emission Layer (EML) and the Electron Transporting Layer (ETL). By applying the appropriate electric voltage, holes and electrons are injected into the EML from the anode and the cathode, respectively. The holes and electrons combine inside the EML to form excitons, after which electro luminescence occurs. The transfer material, emission layer material and choice of electrode are the key factors that determine the quality of OLED components. Setting up SPI/I2C Connection with GMS096A OLED Module Being a new entry to the market, only limited resources are available on this small piece of miracle (GMS096A). I2C/SPI configuration always demands helpful resources as in any case. For the SPI setup, the module comes in 4 wire SPI configuration by default and to make it work with the arduinos you can use these libraries from Adafruit. For the I2C setup it demands a little bit of work on the module. Actually it was one of our customers who shared these simple configuration steps with us, start with resoldering the resistor from position R3 to R1 and then short the R8 resistor with some solder tin (0 Ohm resistor). The R6 and R7 pullup resistors are already soldered, nothing to do there. Once done, the module is ready for I2C communication! The CS Pin is not necessarily needed, so just connect it to GND. The DC Pin selects the address. For standard address wire it to GND. The RES-pin needs a low pulse at startup and high voltage during operation (as in SPI mode), a 100nF capacitor to GND and a 10k res to VCC would be ideal! Features: OLED Driver IC: SSD1306 Resolution: 128 x 64 Visual Angle: >160° Input Voltage: 3.3V ~ 6V Compatible I/O Level: 3.3V, 5V Mini Size: 2.7 x 2.8cm Only Need 2 I/O Port to Control Pixel Color: Yellow (128x16 pixels) Blue (128x48 pixels) Full Compatible with Arduino Working temperature: -30°C ~ 70°C Module volume ( generous ): 27.0 x 27.0 x 4.1mm Factory configured for SPI protocol (can be easily changed to IIC) Package Includes: 1 x 0.96" OLED Display Module - SPI/I2C - 128X64 - 6 Pin (Blue)

Key Parameters Driver Chip SSD1306 Interface 3-wire SPI, 4-wire SPI, I2C Resolution 128*64 Display Size 0.96inch Colors 1/4 yellow section, 3/4 blue section Visible Angle >160° Operating Temp. (?) -20~70 Storage Temp. (?) -30~80 Operating Voltage 3.3V / 5V Interface Pin No.SymbolDescription 1 VCC Power positive (3.3~5V power input) 2 GND Ground 3 NC NC 4 DIN Data input 5 CLK Clock signal input 6 CS Chip selection, low active 7 D/C Command signal, low level for command, high level for data 8 RES Reset signal, low active Hardware Config Mode/InterfaceBS0/BS1DINSCK 3-wire SPI 1/0 MOSI SCLK 4-wire SPI 0/0 I2C 0/1 SDA SCL PACKAGE CONTENT 0.96inch OLED (A) x 1

Key Parameters Driver Chip SSD1306 Interface 3-wire SPI, 4-wire SPI, I2C Resolution 128*64 Display Size 0.96inch Colors 1/4 yellow section, 3/4 blue section Visible Angle >160° Operating Temp. (?) -20~70 Storage Temp. (?) -30~80 Operating Voltage 3.3V / 5V Interface Pin No.SymbolDescription 1 VCC Power positive (3.3~5V power input) 2 GND Ground 3 NC NC 4 DIN Data input 5 CLK Clock signal input 6 CS Chip selection, low active 7 D/C Command signal, low level for command, high level for data 8 RES Reset signal, low active Hardware Config Mode/InterfaceBS0/BS1DINSCK 3-wire SPI 1/0 MOSI SCLK 4-wire SPI 0/0 I2C 0/1 SDA SCL PACKAGE CONTENT 0.96inch OLED (B) x 1 Dimensions  

This 1-Button Key Fob is designed to communicate to any of the NCD Key Fob devices, including KFX Series and all NCD IoT related Key Fob receiver modules.  With a maximum operating distance of 750 feet, this Key Fob provides superior distance over any key fob solution we have ever seen. Reaction time for a remote key fob receiver to process a button press is under 1 second, making it the fastest long-range key fob solution available. With a single Key Fob receiver module, users may associate up to 40 key fobs.  NCD Key Fob receiver modules reach working distances of up to 1000 feet with an external antenna option, with superior responsiveness over previous generations of Key Fob receivers. Every Key Fob paired with a Key Fob Receiver will perform the exact same function as another Key Fob paired with the same Key Fob Receiver. It is not possible for each remote to be separately identified and generate different data. Put simply, every remote does exactly the same thing when paired with the same Key Fob Receiver. This version operates at 418MHz and is FCC approved to operate in the United States.  Operates from a single CR-2032 battery, included. Features 1-Button Key Fob External Antenna 750 Foot Range 418MHz MS Series Key Fob Compatible with All NCD Key Fob Devices Programmable Buttons Momentary or Toggle Configurations

This IoT 1-channel low-power signal relay controller is capable of hosting many types of IoT communication modules, including Particle Photon, Electron, Arduino, and more. The on-board SPDT relay is ideally suited for low-power signal switching applications, up to 1 Amp at 12VDC.  NCD SPDT relay controllers have three connection terminals for user-access to the relay.  We use a high-quality Omron relay with a low on-resistance between contacts.  Designed primarily for resistive or mildly capacitive low-power signals, the on-board relay in this design focuses on signal integrity, making it an ideal choice for telecommunications and low-power audio switching applications. This controller is based on the MCP23008, a common I2C interface chip for GPIO applications.  In this design, the GPIO port is used to control a DPDT relay.  Seven programmable Digital Input/Output port pins are also available via screw terminals for use in Contact Closure detection applications or monitor and control external TTL circuits.  Three on-board address jumpers allow up to 8 similar devices (based on the MCP23008 or MCP23017) to be chained to the same I2C bus for individual control.  On-board status LED displays the on/off status of the relay.  This controller may be powered using our optional power supply or with 12VDC and direct screw terminal connection of bare power wires.  The on-board relay is accessible to the user via screw terminals, capable of accepting 14 AWG wire. IFTTT Leverage the power of IFTTT.com and Particle services to do almost anything.  Send a tweet if someone rings your doorbell, send a notification to your phone if someone opens a door, turn on almost anything right from your phone with simple setup, the possibilities are endless.  NCD provides this controller with a pre-programmed Particle Photon module for easy connection to IFTTT.  No programming required!  Just use the simple IFTTT interface to setup your different configurations. Powered By Particle Give your Particle Photon the power to interact with the real world in ways never before possible.  Complete with a Particle Photon module pre-flashed with our custom IFTTT firmware, NCD compatible shields allow for control of many types of relays, monitoring digital and analog sensors, and much much more.  Chain I²C accessory boards to your system to add whatever you may need for your next control and automation project. What is the NCD IoT Interface? The NCD IoT Interface provides users with a means of changing or upgrading the IoT communications technology as new technologies emerge.  The NCD IoT Interface is directly compatible with Particle Photon for WiFi communications, Electron for Cellular Communications, Bluz for Bluetooth.  Optionally, adapters may be installed to provide a direct interface to Arduino Nano, Micro, USB, PyCom WyPy, Onion Omega, Raspberry Pi, and much more.  The NCD IoT interface allows you to re-use your hardware so it never becomes obsolete!  Based on I2C communications, the NCD IoT Interface uses only 2 GPIO lines of your microcontroller, freeing the rest of your CPU for other tasks. Unlimited I2C Expansion Based on our plug-and-play I2C interface standard, all NCD IoT devices are equipped with a I2C expansion port, making it easy to expand to a wide variety of sensors, current monitors, relay controllers, PWM controllers, and much more!  We are always designing new expansions for our plug-and-play I2C framework.  We are dedicated to building a product line of interconnected devices to simplify all forms of automation.  Re-use or upgrade your hardware in seconds by selecting the modules that best fit your needs, and chaining them together using the included I2C expansion cables! 1-Amp SPDT Signal Relay This controller uses a 1-Amp small signal relay, allowing control of low-power telecommunications signals up to 12VDC at 1 Amp. Ideal for audio, telecommunications, and very low power switching applications. This relay has a low On resistance. The 1-Amp signal relay is of the SPDT variety, which provides Common (C), Normally Open (NO), and Normally Closed (NC) connections. Common is connected to NC when the relay is off. Common disconnects from NC and connects to NO when the relay is activated. All connections are made via screw terminals, capable of accepting up to 16 AWG wire. Features 1-Channel SPDT Telecommunications Relay Controller 7-Channel Programmable Digital Input/Output Compatible with Electron, Photon, Bluz, or RedBear ESP8266 and USB IoT Interface Modules are Also Available Adaptable to Onion, PyCom, Raspberry Pi, Arduino Switch Low-Power Signals up to 1 Amp at 12VDC or 120VAC MCP23008 I2C Controlled SPDT Low-Power Signal Relays World’s Most Expandable Controller with I2C Expansion Port Wireless Remote Operation with Key Fob Expansion Option Use the Arduino Wire Language to Control Relays using I2C Bus IFTTT Firmware Available for Internet Relay Control Example Libraries Available on GitHub