The vibrational spectrum of C70 has been investigated by many techniques since it became available in significcant quantities. Previous INS spectra were recorded with small quantities, 0.5 g, inside sealed quartz tubes. Both effects resulted in poor quality spectra. Nonetheless, these have been widely used in assignment of the spectrum of C70. Our previous work on C60 showed that the use of a direct geometry instrument was essential in order to resolve the modes above 1200 cm-1. The aim of this proposal is to record a high quality INS spectrum of the 1000-1700 cm-1 region concurrently with the Raman spectrum from a large quantity, ~10 g of C70 in order to make a definitive assignment of the spectrum.