Resilient　ceramic　aerogels　are　emerging　as　a　fascinating　material　that　features　light　weight,　low　thermal　conductivity,　and　recoverable　compressibility,　promising　widespread　prospects　in　the　fields　of　heat　insulation,　catalysis,　filtration,　and　aerospace　exploration.　However,　the　construction　of　the　resilient　ceramic　aerogels　with　rational　designed　multiscale　architectures　aiming　for　tunable　physical　and　mechanical　performances　remains　a　major　challenge.　Here,　3D　constructed　resilient　SiC　nanowire　aerogels　possessing　programmed　geometries　and　engineered　mechanical　properties　are　created　via　additive　manufacturing.　The　Young＇s　modulus　of　the　fabricated　SiC　nanowire　aerogel　lattices　are　tuned　systematically　from　0.012　MPa　to　5.800　MPa　spanning　over　2　orders　of　magnitude.　More　importantly,　the　customized　lightweight　and　resilient　SiC　nanowire　aerogels　show　a　low　thermal　conductivity　(0.046　W　m-1　K-1).　The　present　work　provides　another　approach　to　the　design　and　rapid　fabrication　of　resilient　ceramic　aerogels　toward　flexible　thermal　management　devices,　lightweight　engineered　structures,　and　other　potential　applications.　©　2022　American　Chemical　Society.