There are up to 4 types of fasteners used during this build. This diagram can be referenced to confirm that you are using the correct ones. Use the included H1.5 hex bit for M2 fasteners and H2.5 bit for M2.5/M3 fasteners.

• Do not skip this step; we cannot guarantee a replacement PCB that was not tested prior to assembly.

• Place the PCB facedown, connect the daughterboard to the PCB, and plug it in. Be careful not to bend the connector pins.

• Open VIA, on the Configure tab click 'Authorize Device' and select the PCB. Navigate to the Key Tester Tab, and enable Test Matrix Mode.

• Touch the ends of your tweezers to the metal contacts under each switch position, lighting up each key in VIA. Note that the function key will not light up.

• In the rare event that keys do not light up, pause your build here and contact support@modedesigns.com.

• Align the two lower silicone feet into the recessed channel.

• Press on the feet to ensure they are properly inserted.

• Align the bar feet onto the back of the Tempo weight (two total).

• Align the Tempo chassis over the weight, with the top edge tilted downwards, then lower the chassis over the weight.

• Screw in the weight with the M2.5x3 screws (four total).

• Align the accent piece with the top of the chassis.

• Screw in the accent using the M2.5x3 screws (three total).

• If you choose to screw in the accent using the screwdriver, use caution to ensure you don't scratch your chassis. We recommend using just the screwdriver bit to screw in the accent.

• Connect the daughterboard cable to the daughterboard.

• Fasten it into the bottom case using the M2x3 fasteners (two total) with the USB-C port facing upwards.

• Take care to not overtighten the fasteners, or you may damage the daughterboard.

• If you plan to use the optional PE foam, lay it on top of the PCB now (foam kit sold separately).

• Stabilizers ensure that long keys actuate properly, no matter where you press. The stabilizer wire you need for the spacebar will depend on your choice of layout.

• Insert the non-threaded end of the stabilizer into the larger cutout on the PCB, then pivot the threaded ends into place.

• Ensure that your stabilizers are completely flat on the PCB before screwing them in.

• While bracing the front of each stabilizer, screw it into place from the underside of the PCB. Repeat for the remaining stabilizers.

• Before installing your switches, inspect them to ensure the two metal pins on the underside of each switch are straight. Straighten all pins with tweezers if any are bent.

• If you plan to use the optional plate foam for a more dampened sound, lay it on top of the PCB now.

• If you are using a softer plate material such as POM or PC, ensure switches are fully seated. We recommend using the screwdriver to carefully lift the plate while pressing down on the switch to ensure the switch is seated flat on the plate.

• Install your first few switches around the plate as shown, this will help ensure the plate stays aligned during the installation process.

• Install remaining switches, working your way in from the corner switches.

• Insert switches into the plate/PCB. Brace the back of the hotswap socket with a finger while pushing the switches into place. Do not apply downward pressure to the plate itself.

• If you have a solder PCB, solder your switches now.

• If you're using a soft plate material such as POM, ensure switches are fully seated. We recommend using the screwdriver to carefully lift the plate while pressing down on the switch to ensure the switch is seated in the plate.

• Install remaining switches.

• Switches that are not properly installed can cause alignment issues when the case is closed.

• Check that the plate is not sagging below the tops of the switches.

• Check that each switch pin is fully seated into the PCB.

• Slide your preferred mounting block into the recesses within the chassis (6 total).

• You can mix and match or swap these blocks to fine tune your typing experience.

• To ensure a proper fit, you can carefully use the tip of the screwdriver to push the stem of the mounting blocks into place.

• If you plan to use the optional case foam for a more dampened sound, lay it inside the case now.

• While holding your plate/PCB assembly, use your other hand to attach the daughterboard cable to the PCB

• Check the orientation of the daughterboard cable and ensure that it is fully plugged in. It should not come loose if inserted properly.

• Gently lower the plate/PCB assembly into the chassis starting with the bottom of the plate/PCB.

• Secure the plate/PCB assembly to the chassis via the M3x9 fasteners with the 2x Rubber Washers.

• Install your choice of MX-compatible keycaps.

• Test the stabilized keys for any undesired rattling noises.

• If rattle is detected, lift the corresponding stem up and inject lube into the slider around the ends of the stabilizer wires.

• The Tempo is fully compatible with VIA and QMK. You can use the graphical interface of VIA to program any of the keys or layers on the Tempo.

• If using QMK, you may enter bootloader mode by pressing the physical reset button on the board or pressing Fn + Esc.

• If any of the keys do not actuate properly, it may be due to a bent switch pin during installation. Remove that keycap and switch using a keycap/switch puller. If any metal pins are bent, straighten them with a pair of tweezers.