diff --git a/etc/ntp.conf b/etc/ntp.conf
index abfe04e3ea29..b5dc52252cf5 100644
--- a/etc/ntp.conf
+++ b/etc/ntp.conf
@@ -1,18 +1,17 @@
-# $NetBSD: ntp.conf,v 1.6 2003/12/07 16:01:00 fredb Exp $
+# $NetBSD: ntp.conf,v 1.7 2003/12/07 16:02:35 fredb Exp $
 #
-# NetBSD default Network Time Protocol (NTP) configuration file
-# for ntpd
+# NetBSD default Network Time Protocol (NTP) configuration file for ntpd
 
 # Process ID file, so that the daemon can be signalled from scripts
 
 pidfile		/var/run/ntpd.pid
 
 # The correction calculated by ntpd(8) for the local system clock's
-# drift is stored here
+# drift is stored here.
 
 driftfile	/var/db/ntp.drift
 
-# suppress the syslog(3) message for each peer synchronization change
+# Suppress the syslog(3) message for each peer synchronization change.
 
 logconfig	-syncstatus
 
@@ -21,26 +20,25 @@ logconfig	-syncstatus
 
 tos		minsane 2
 
-# Hereafter should be "server" or "peer" statements to configure
-# other hosts to exchange NTP packets with. Peers should be selected
-# in such a way that the network path to them is symmetric (that is,
-# the series of links and routers used to get to the peer is the same
-# one that the peer uses to get back. NTP assumes such symmetry
-# in its network delay calculation. NTP will apply an incorrect
-# adjustment to timestamps received from the peer if the path is not
-# symmetric. This can result in clock skew (your system clock being
-# maintained consistently wrong by a certain amount).
-# 
-# The best way to select symmetric peers is to make sure that the
-# network path to them is as short as possible (this reduces the
-# chance that there is more than one network path between you and
-# your peer). You can measure these distances with the traceroute(8)
-# program. The best place to start looking for NTP peers for your
-# system is within your own network, or at your Internet Service
-# Provider (ISP).
+# Hereafter should be "server" or "peer" statements to configure other
+# hosts to exchange NTP packets with. Peers should be selected in such
+# a way that the network path to them is symmetric (that is, the series
+# of links and routers used to get to the peer is the same one that the
+# peer uses to get back. NTP assumes such symmetry in its network delay
+# calculation. NTP will apply an incorrect adjustment to timestamps
+# received from the peer if the path is not symmetric. This can result
+# in clock skew (your system clock being maintained consistently wrong
+# by a certain amount).
 #
-# Ideally, you should select at least three other systems to talk
-# NTP with, for an "what I tell you three times is true" effect.
+# The best way to select symmetric peers is to make sure that the
+# network path to them is as short as possible (this reduces the chance
+# that there is more than one network path between you and your peer).
+# You can measure these distances with the traceroute(8)  program. The
+# best place to start looking for NTP peers for your system is within
+# your own network, or at your Internet Service Provider (ISP).
+#
+# Ideally, you should select at least three other systems to talk NTP
+# with, for an "what I tell you three times is true" effect.
 #
 
 #peer		an.ntp.peer.goes.here