Table 1. Performance Comparison of Our Proposed Textile Stretchable Microstrip Antennas with Other Stretchable Antennas Reported in the Literature.

stretchable unit cell	conductive material	fabrication method	stretchability (%)	sensitivity	ref
hierarchical triangular lattice	copper foil	cutting with programmable desktop cutter machine	15	0.82	(19)
N/A	AgNWs	drop casting the AgNWs on PDMS	15	0.245	(22)
rectangular mesh	liquid metal alloy	injecting liquid metal into microchannels	20	0.552 at 15% strain	(28)
serpentine rectangular meshed patch over solid ground plane	conductive textile	cutting with laser cutter	40	0.20 (avg)	this work (patch is meshed)
serpentine rectangular meshed in both patch and ground planes	conductive textile	cutting with laser cutter	100	0.25 (avg)	this work (both patch and ground plane are meshed)