diff --git a/cccli/command/list.py b/cccli/command/list.py
index 6183dfab9b031c5c7af008bc632e6e7cb562679c..b55f2b0f816b120e2ecfb566a3db4202099179b1 100644
--- a/cccli/command/list.py
+++ b/cccli/command/list.py
@@ -52,6 +52,7 @@ class Command_list(TqlCommand):
 
     def list_align(self, objs):
         '''Listing line aligned'''
+        term_height, term_width = self.printer.get_term_size()
         # get max size by tag
         tags = dict()
         for o in objs["objects"]:
@@ -61,18 +62,49 @@ class Command_list(TqlCommand):
         order = [ t for t in objs.get("order", []) if t in tags ]
         order.extend(sorted(set(tags.keys()) - set(order)))
         # compute index width
-        indexw = int(math.log10(len(objs["objects"])))
+        indexw = int(math.log10(len(objs["objects"]))) + 1
         # dislay each object by line
         for (i,o) in enumerate(objs["objects"]):
+            line_pos = 0
+            num_pos = 0
+            # tag position on the line
+            pos = dict()
             if self.options.index:
-                line = ("[%d]"%i).ljust(indexw + 4)
+                line = ("[%d]"%i).ljust(indexw + 3)
+                line_pos = len(line)
             else:
                 line = ""
+            # variable for create a newline
+            new_line = False
+            first_line = True
             for t in order:
+                # if tag doesn't fit into the space left, newline
+                if line_pos + len(t) + len(":") + tags[t] + len(" ") >= term_width or new_line:
+                    line += os.linesep
+                    line_pos = 0
+                    num_pos = 0
+                    new_line = False
+                    first_line = False
                 line += "%s%s:%s%s "%(self.tdtc(t),
                                       t,
                                       self.tdc(t),
                                       self.tdr(t, o.get(t, u"")).ljust(tags[t]))
+                pos[num_pos] = line_pos
+                line_pos += len(t) + len(":") + tags[t] + len(" ")
+                num_pos += 1
+                # align the next tag on the tag above and right
+                tmp_pos = num_pos
+                found_pos = False
+                while tmp_pos in pos:
+                    # if the tag position above is greater than the line position, add space to align the next tag
+                    if pos[tmp_pos] > line_pos:
+                        line += " " * (pos[tmp_pos] - line_pos)
+                        line_pos = pos[tmp_pos]
+                        found_pos = True
+                        break
+                    else:
+                        tmp_pos += 1
+                new_line = not found_pos and not first_line
             self.printer.out("%s%s"%(line, color["reset"]))
 
     def list_table(self, objs):