Battery Mounting Plate

CAD Prompt — Battery / Upper Plate Create a separate battery mounting plate for my existing Robofest robot chassis. Required dimensions Overall length: 170 mm Overall width: 120 mm Thickness: 3 mm Corner radius: R10 mm Units: millimeters Position The plate must be centered over the 190 × 150 mm bottom chassis. Maintain 10 mm clearance on the left and right relative to the 190 mm chassis length. Maintain 15 mm clearance on the front and rear relative to the 150 mm chassis width. Do not change the dimensions or geometry of the existing bottom chassis. Mounting holes Add mounting holes for attaching the battery plate to the lower chassis: 8 mounting holes total Ø3–4 mm clearance holes Arrange them symmetrically. Keep adequate edge distance. Position the holes so they align with the standoffs/mounting points on the bottom chassis. Make the hole positions fully dimensioned and parametric. Battery mounting Provide a central mounting area for the battery/battery holder. Do not invent a specific battery-hole pattern if the actual battery holder dimensions are unknown. Instead, create a parametric mounting area that can be adjusted once the actual battery holder dimensions are known. Keep the battery clear of the plate edges and all structural mounting holes. CAD requirements Keep the plate symmetric. Fully constrain the sketch. Use R10 mm corners. Do not add unnecessary decorative holes. Avoid interference with the lower chassis, motor brackets, wiring, and upper components. Make all dimensions editable. Produce a clean, manufacturable SolidWorks-compatible part. Save the native model as .SLDPRT and provide a .STEP/.STP version for compatibility. Important: Do not modify the existing bottom chassis. This is a separate 170 × 120 × 3 mm battery plate designed to sit above it.

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.