diff --git a/tgy.asm b/tgy.asm
index 77a888c..a7e27eb 100644
--- a/tgy.asm
+++ b/tgy.asm
@@ -201,9 +201,10 @@
 ; These are now defaults which can be adjusted via throttle calibration
 ; (stick high, stick low, (stick neutral) at start).
 ; These might be a bit wide for most radios, but lines up with POWER_RANGE.
+.equ	RC_PULS_DIVIDER = 8
 .equ	STOP_RC_PULS	= 1060	; Stop motor at or below this pulse length
 .equ	FULL_RC_PULS	= 1860	; Full speed at or above this pulse length
-.equ	MAX_RC_PULS	= 2400	; Throw away any pulses longer than this
+.equ	MAX_RC_PULS	= 2400 / RC_PULS_DIVIDER	; Throw away any pulses longer than this
 .equ	MIN_RC_PULS	= 100	; Throw away any pulses shorter than this
 .equ	MID_RC_PULS	= (STOP_RC_PULS + FULL_RC_PULS) / 2	; Neutral when RC_PULS_REVERSE = 1
 
@@ -451,9 +452,9 @@ eeprom_end:	.byte	1
 
 eeprom_defaults_w:
 	.db low(EEPROM_SIGN), high(EEPROM_SIGN)
-	.db byte1(FULL_RC_PULS * CPU_MHZ), byte2(FULL_RC_PULS * CPU_MHZ)
-	.db byte1(STOP_RC_PULS * CPU_MHZ), byte2(STOP_RC_PULS * CPU_MHZ)
-	.db byte1(MID_RC_PULS * CPU_MHZ), byte2(MID_RC_PULS * CPU_MHZ)
+	.db byte1(FULL_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER), byte2(FULL_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER)
+	.db byte1(STOP_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER), byte2(STOP_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER)
+	.db byte1(MID_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER), byte2(MID_RC_PULS * CPU_MHZ / RC_PULS_DIVIDER)
 .if USE_I2C
 .equ	BL_REVISION	= 2
 	.db BL_REVISION, 144	; Revision, SetMask -- Settings mask should encode MOTOR_REVERSE bit