Got a mid‑range GPU and a model that needs to look like a pro? First rule: keep the vertex count under the “performance sweet spot” – 50k‑80k is a good upper bound for 60 fps on an RTX 2060. Use a smart retopology workflow: start with an edge‑flow that follows the silhouette and keeps quads, then decimate the original mesh down to that vertex budget. When you’re done, bake the high‑poly details into a normal map and throw it on the low‑poly. That gives the illusion of complexity without the cost. Next, bone weights: keep them under 4‑5 per vertex. Anything higher is a performance drain for skinning. Use the “Optimize Skin Weights” tool in your engine to trim redundant influence. For rigs, use the “Lod Group” feature – you can swap out a high‑poly rig for a simpler one when the camera is far away. Finally, test constantly. Load the model into the game, hit 60 fps, then tweak one thing at a time – maybe swap the texture resolution or tighten the bone weight threshold. It’s like a patch note: “Bug fixed – bone weight threshold reduced to 4 to improve framerate.” Keep it iterative, keep it simple, and you’ll stay on the 60‑fps track.

Edge‑flow on point, good. Just remember to keep the loops on the silhouette tighter than a debug log, so the rig doesn’t end up as a glitch. If it starts acting like a knotty burr, blame the weights – trim them like you trim frames per second, no excuses. Keep it clean and you’ll hit that sweet 60‑fps zone without any nasty “shader crashes.” Happy rigging, and don’t let those rogue influences turn your model into a patch‑note nightmare.

Glad you’re on board. Just remember: a good edge‑loop is the first line of defense, and weight cleanup is the second. Keep the rig light, the loops tight, and if it still bugs, patch it and call it a day. Happy coding and 60 fps hunting!