High　performance　long-length　coated　conductors　fabricated　using　various　techniques　have　attracted　a　lot　of　interest　recently.　In　this　work,　a　reel-to-reel　design　for　depositing　double-sided　coatings　on　long-length　flexible　metallic　tapes　via　a　chemical　solution　method　is　proposed　and　realized.　The　major　achievement　of　the　design　is　to　combine　the　dip　coating　and　drying　processes　in　order　to　overcome　the　technical　difficulties　of　dealing　with　the　wet　films　on　both　sides　of　the　tape.　We　report　the　successful　application　of　the　design　to　fabricate　a　one-meter-long　double　side　coated　CeO2/Ni　-　5at%W　template.　The　CeO2　films　on　both　sides　exhibit　a　dense,　crack-free　morphology,　and　a　high　fraction　of　cube　texture　on　the　surface.　Homogeneity　studies　on　global　texture　over　the　length　also　reveal　that　the　average　full　width　at　half　maximum　values　of　the　in-plane　and　out-of-plane　orientation　on　the　CeO2　layer　are　7.2　degrees　and　5.8　degrees　with　standard　deviation　of　0.26　degrees　and　0.34　degrees,　respectively,　being　indicative　of　the　high　quality　epitaxial　growth　of　the　films　prepared　in　the　continuous　manner.　An　all　chemical　solution　derived　YBCOLow-TFA/Ce0.9La0.1O2/Gd2Zr2O7/CeO2　structure　is　obtained　on　a　short　sample,　demonstrating　the　possibility　of　producing　long-length　texture　templates　for　coated　conductors　by　this　low　cost　deposition　route.