- baofeng cheat sheet from Aaron Parecki
- How to manually program the Baofeng UV-5R from the keypad from buytwowayradios.com
- hit
MENU
to enter menu mode - enter the menu option number(s), e.g for menu option 25
SFT-D
enter 2 then 5 on the numeric keypad - hit
MENU
again to select that menu option - use either the arrow buttons or the numeric keypad (depending on the option) to change the value of the menu option
- hit
MENU
a third time to persist the change (the voice should sayconfirmed
)
Menu | Option | Value |
---|---|---|
0 | SQL |
9 |
Menu | Option | Value |
---|---|---|
1 | STEP |
5 kHz |
Turn Menu Options 35, 36 + 37 to OFF
Menu | Option | Value |
---|---|---|
35 | STE |
OFF |
36 | RP-STE |
OFF |
37 | RPT-RL |
OFF |
Menu | Option | Value |
---|---|---|
5 | WN |
WIDE |
WN = wide / narrow
Menu | Option | Value |
---|---|---|
34 | DR-AB |
OFF |
Assuming the following scenario:
- radio to join a duplux/repeater channel network
- repeater transmitting on 488.000 MHz, receiving on 490.000 MHz
- no Rx-DCS, Tx-DCS
- Rx-CTS = Tx-CTS = 77.7 Hz
In this scenario, we want to tune our terminal radio to receive on 488.000 MHz, and transmit on 490.000 MHz.
In the context of the UV-5RE, this means that the Rx frequency is 488.000 MHz, the transmit shift direction (SFT-D) is positive (+), and the transmit shift offset (OFFSET) is 2.000 MHz, for an implied Tx frequency of 490.000 MHz.
Setting | Value |
---|---|
Rx Frequency | 488.000 MHz |
SFT-D | + |
OFFSET | 2.00 |
Implied Tx Frequency | 490.000 MHz |
other different examples, for comparison:
e.g. if Rx f = 450, and Tx f = 456, then SFT-D = +, and OFFSET = 6
e.g. if Rx f = 456, and Tx f = 453, then SFT-D = -, and OFFSET = 3
If the target channel number already exists, first delete it, to purge all associated settings:
Menu | Option | Value |
---|---|---|
28 | DEL-CH |
existing channel number to delete |
Hit VFO/MR
to toggle between Frequency and Channel modes, select Frequency mode.
Hit A/B
to toggle between A and B display modes, select A Mode.
In A mode, the upper readout line is selected, and this is indicated by a little up arrow to the left of the upper display line.
B Mode is indicated by a small down arrow to the left of the lower display line.
Hit BAND
to toggle between VHF and UHF frequency bands.
For VHF band, display reads 1xx.xxx , whereas for UHF display reads 4xx.xxx
Menu | Option | Value |
---|---|---|
10 | R-DCS |
OFF |
12 | T-DCS |
OFF |
Using numeric keypad, enter the Rx frequency, e.g. 488.000 MHz.
The upper (A) line in the display should update to reflect the value entered.
Menu | Option | Value |
---|---|---|
25 | SFT-D |
+ |
value is either positive or negative, in our case positive (+).
Menu | Option | Value |
---|---|---|
26 | OFFSET |
2.00 MHz |
Menu | Option | Tone / Hz |
---|---|---|
11 | R-CTCS |
77.7 |
13 | T-CTCS |
77.7 |
27 MEM-CH
<channel number>
Hit SCAN
, a small R should appear on the display, and the value displayed in the upper line should now reflect the Tx frequency, as calculated from the Rx frequency, transmit shift direction (SFT-D), and transmit shift offset (OFFSET).
Confirm visually that this the case, in our example the display should read 490.000 MHz.
to the same channel as step 9:
27 MEM-CH
<channel number>
Hit SCAN
, the small R on the display should disappear, and the display should retutn to showing the Rx frequency.
Option | Code | Description | Value |
---|---|---|---|
0 | SQL | squelch level | 9 |
1 | STEP | frequency step | 5k |
2 | TXP | tx power | high |
3 | SAVE | battery level | 3 |
4 | VOX | voice operated transmission | OFF |
5 | WN | wide or narrow band | WIDE |
6 | ABR | display illumination | 5 |
7 | TDR | dual watch/dual reception | OFF |
8 | BEEP | keypad beep | ON |
9 | TOT | rx timer | 60 |
10 | R-DCS | rx digital coded squelch | OFF |
11 | R-CTCS | rx continuous tone squelch | xxx.xHz |
12 | T-DCS | tx digital coded squelch | OFF |
13 | T-CTCS | tx continuous tone squelch | xxx.xHz |
14 | VOICE | voice prompt | ENG |
15 | ANI-ID | auto number id of radio | ? |
16 | DTMFST | DTMF tone of transmitting code | DT+ANI |
17 | S-CODE | signal code | 1 |
18 | SC-REV | scan resume volume | TO |
19 | PTT-id | press or release PTT to transmit code | OFF |
20 | PTT-lt | delay the signal code sending | 5 |
21 | MDF-a | FREQ | |
22 | MDF-b | FREQ | |
23 | BCL | busy channel lockout | BCL |
24 | AUTOLK | keypad autolock toggle | AUTOLK |
25 | SFT-D | direction of repeater frequency shift | OFF => simplex |
26 | OFFSET | repeater frequency shift | OFFSET |
27 | MEM-CH | save channel | |
28 | DEL-CH | delete channel | |
29 | WT-LED | led display standby colour | PURPLE/BLUE/ORANGE/OFF |
30 | RX-LED | led display receiving colour | PURPLE/BLUE/ORANGE/OFF |
31 | TC-LED | led display transmitting colour | PURPLE/BLUE/ORANGE/OFF |
32 | AL-MOD | alarm mode | SITE |
33 | BAND | band selection | UHF/VHF |
34 | TDR-AB | tx selection for dual watch mode | OFF |
35 | STE | tail tone elimination | OFF |
36 | RP-STE | tail tone elimination for repeater | OFF |
37 | RPT-RL | delay the tail tone of the repeater | OFF |
38 | PONMSGS | boot display (power on messages) | MSG |
39 | ROGER | tone end of transmission | OFF |
40 | RESET | restore to default settings | ! |
end.