or other clothing the tactile feedback system can include actuators configured to give an operator a sensation to help indicate position drift e g hover drift fig2 shows a flow chart of an example method for peripheral vision hover drift cueing in accordance with some implementations processing begins at 202 where high data rate velocity and or position information is obtained for example information from one or more sensors e g 102 can be obtained by a peripheral vision hover drift cueing system e g 104 the information can include flight information such as velocity height above ground groundspeed ground track wind direction wind speed location of a landing hover zone location of other aircraft aircraft performance or the like processing continues to 204 at 204 the system determines if hover drift is occurring for example the system can determine drift form velocity information or by comparing current position information with previous position information processing continues to 206 at 206 the system determines whether combined mode is selected if combined mode is selected the cueing signal is sent to all modalities e g sent to peripheral vision 106 108 and tactile feedback systems 112 processing continues to 208 and 210 if the combined mode is selected processing continues to 212 if the combined mode is not selected at 208 a tactile drift or position cue signal is sent to the tactile feedback actuators processing continues back to 202 at 210 a peripheral vision drift cue signal is sent to one or more indicators e g fore aft and or lateral for example the system sends a.