diff --git a/assets/opencomputers/textures/font/ascii.png b/assets/opencomputers/textures/font/ascii.png
index c3f1f5e5f..d6b81c9ef 100644
Binary files a/assets/opencomputers/textures/font/ascii.png and b/assets/opencomputers/textures/font/ascii.png differ
diff --git a/li/cil/oc/client/gui/MonospaceFontRenderer.scala b/li/cil/oc/client/gui/MonospaceFontRenderer.scala
index 073665b23..a48b55721 100644
--- a/li/cil/oc/client/gui/MonospaceFontRenderer.scala
+++ b/li/cil/oc/client/gui/MonospaceFontRenderer.scala
@@ -30,40 +30,31 @@ object MonospaceFontRenderer {
 
     // Set up the display lists.
     {
-      // The font texture is 16x12, but chars are really only 10x12.
-      val charsPerRow = 16
       val (charWidth, charHeight) = (MonospaceFontRenderer.fontWidth * 2, MonospaceFontRenderer.fontHeight * 2)
-      val uStep = 1.0 / charsPerRow
-      val vStep = 1.0 / 12 * 240 / 256 // Correct for padding at bottom.
-    val uOffset = uStep * 3 / 16
-      val uSize = uStep * 10 / 16
-      val vOffset = vStep * 1 / 20
-      val vSize = vStep * 18 / 20
+      val cols = 256 / charWidth
+      val uStep = charWidth / 256.0
+      val vStep = charHeight / 256.0
       val t = Tessellator.instance
-      // Special case for whitespace: just translate, don't render.
-      GL11.glNewList(charLists + 32, GL11.GL_COMPILE)
-      GL11.glTranslatef(charWidth, 0, 0)
-      GL11.glEndList()
       // Now create lists for all printable chars.
-      for (index <- (33 until 0x7F).union(0x9F until 0xFF)) {
-        // The font texture does not contain the 0-1F range, nor the 0x7F to
-        // 0x9F range (control chars as per Character.isISOControl).
-        val textureIndex =
-          (if (index - 32 >= 0x7F) index - (0x9F - 0x7F) else index) - 32
-        val x = textureIndex % charsPerRow
-        val y = textureIndex / charsPerRow
-        val u = x * uStep + uOffset
-        val v = y * vStep + vOffset
+      for (index <- 1 until 0xFF) {
+        val x = (index - 1) % cols
+        val y = (index - 1) / cols
+        val u = x * uStep
+        val v = y * vStep
         GL11.glNewList(charLists + index, GL11.GL_COMPILE)
         t.startDrawingQuads()
-        t.addVertexWithUV(0, charHeight, 0, u, v + vSize)
-        t.addVertexWithUV(charWidth, charHeight, 0, u + uSize, v + vSize)
-        t.addVertexWithUV(charWidth, 0, 0, u + uSize, v)
+        t.addVertexWithUV(0, charHeight, 0, u, v + vStep)
+        t.addVertexWithUV(charWidth, charHeight, 0, u + uStep, v + vStep)
+        t.addVertexWithUV(charWidth, 0, 0, u + uStep, v)
         t.addVertexWithUV(0, 0, 0, u, v)
         t.draw()
         GL11.glTranslatef(charWidth, 0, 0)
         GL11.glEndList()
       }
+      // Special case for whitespace: just translate, don't render.
+      GL11.glNewList(charLists + ' ', GL11.GL_COMPILE)
+      GL11.glTranslatef(charWidth, 0, 0)
+      GL11.glEndList()
     }
 
     def drawString(value: Array[Char], x: Int, y: Int) = {