Hello Yaesu FT-5DR

Yaesu’s proprietary C4FM based digital voice radio, model number FT-5DR.

Estimated retail price in the Unites States upon a potential October 2021 availability should be about $500 USD.  

Overview

  • This radio will support dual independent receivers, but is not Full Duplex
  • Reception is just AM/FM/DV
  • Wideband 0.5 to 999 MHz tuning range.
  • Access point mode via a USB cable can be made to create a hotspot when connected to a computer.
  • Bluetooth headset for voice/PTT
  • Bluetooth not available for radio programming
  • SD card for recording audio and loading memorys

  • Compact Design and Reliable 5W RF Power Output (Selectable 5W / 2.5W / 1W / 0.3W)
  • High Visibility Full-Color TFT Touch panel Display (*The color of the operating frequency may be selected from White, Blue or Red.)
  • Dual band Simultaneous Receive (V+V / U+U / V+U / U+V) & C4FM/C4FM Standby – Advanced C4FM Digital Mode with AMS (Automatic Mode Select), DG-ID feature and Smart Navigation
  • 1W (1000mW) of loud audio power with C4FM clear and crisp audio quality – Rugged Construction: Robust Rubber Protection / IPX7 Rating Water Protection
  • TOUCH & GO Operation with Activity Monitor
  • PMG (Primary Memory Group Activity Monitor)
  • CAM (CH Activity Monitor)
  • VFO Band Skip Function
  • Memory Auto Grouping (MAG) Function
  • High Speed Band Scope Function enables monitoring up to 79ch centered on the current VFO frequency (Selectable 79 / 39 / 19ch)
  • Full-Flat back body provides excellent grasp / Quick Release Holster(SHB-26BK) Included
  • Built-in 66ch High-Sensitivity GPS Receiver
  • Built-in Bluetooth® unit and the VOX function support wireless and easy Hands-free operation
  • WIRES-X Portable Digital Node compatible
  • Dual Simultaneous AM/FM Broadcast Reception and 2-channel Monitoring
  • 1200/9600bps APRS® Data Communication
  • Recording Function
  • Micro SD Card Slot (up to 32GB)

Yaesu FT-5D vs FT-3D Why Buy?

Thanks Yaesu for another shiny hand held that we can spend our Covid savings on

FT5D VS FT3D

The FT3D has been discontinued and is no longer available, but what makes the new FT5D different from the FT 3D?


The design has a more colorful impression. The size is almost unchanged. 

The main body has the following two strengthening points.
・ Improved waterproofness FT3D IPX5 equivalent → FT5D IPX7 equivalent
・ Speaker volume improvement. Built-in speaker FT3D 700mW → FT5D 1000mW (1W). External SP terminal FT3D 300mW → FT5D 500mW.

Other newly added functions


[Touch & Go operation] by activity monitor (new function) (convenient for simultaneous monitoring of air band )


◆ PMG (primary memory group activity monitor ) function
Register frequently used frequencies and press the [PMG] key. only registered with the state (signal intensity) of the frequency display (bar graph up to five channels)
moving instantly to that channel by simply touching the bar graph


◆ CAM (CH activity monitor) function 

It is possible to register frequencies (memory channels ) frequently used by friends in the CAM group and operate while monitoring the status (signal strength) of each channel with a bar graph . Instantly move to that channel by simply touching the bar graph


◆ Dual LED indicator FT3D has one indicator
◆ The character color of the band to be operated can be switched between white / blue / red
◆ Full-scale robust and shock-resistant structure equipped with a rubber protector
★ New equipment (included) Quick release holster (SHB-26) standard equipment

How to identify junkbox cores ferrite materials :-) G8JNJ

How to identify junkbox cores ferrite materials 🙂

G8JNJ: Baluns and Tuners:
http://www.g8jnj.net/Balun%20construction.pdf


http://web.archive.org/web/20170806130801/http://www.g8jnj.net/Balun%20construction.pdf


The easiest way to identify most ferrite materials is to wind about four turns of wire through the core and then measure the lowest frequency at which the value of reactive impedance equal resistive impedance i.e. X=R. There will be some variation between different batches and sizes of materials. But if you can plot the results graphically you can easily identify the  ‘signature’ of each material.


Here are my references for some common ferrite materials


FT240-77   0.74MHz
FT240-31   3.5MHz
FT100-33      7MHz
FT240-43     17MHz
FT240-K      22MHz
FT240-52     31MHz
FT240-61     58MHz


Iron powder has a slightly different ‘signature’ it usually has a very low resistive component, which peaks to a higher value near self resonance. The more lossy the material the broader and lower value of resistive peak is apparent.


T200-52     40MHz   Lime Green (& Blue or Red) colour common in PC switch mode power supplies – moderate loss
T200-26     60MHz   Yellow & White colour common in PC switch mode power supplies – high loss
T200-2       60MHz   Dark Red colour used for HF tuned circuits (& Ruthoff Ununs) – high Q low loss
T200-1       70MHz   Blue colour not common – moderate loss
T200-6     100MHz   Yellow colour used for VHF tuned circuits – high Q low loss

6×6 Field Ops 6m by 6m by 59

I ran the FT817 on 52.525 FM with a park to park operation with Yury VA3GKX and Edwin VE3ZXN at a distance of 17km and 20km

The antenna was a Vince VZB 6m EFHW antenna up about 30 feet. I also had a dipole but the vertical was 3 S units better

Edwin was in a parking lot so thats just like a park

Peter VE3VGS also ran his FT891 at 100 watts using his long wire 9:1 antenna not visible in the picture

57 signals all around with Yury using a Rhombic at 59 plus with higher power and Edwin with a mobile set up with a mag mount antenna

Get out and Simplex on 6m

Kabul Radios

A recent read of the various newspapers are showing

A Datron PRC1077 radio supplied to the Afghan army, and another shows what appears to be a Harris tactical hand-held radio, though the blurred image could also be a cheap push-to-talk radio like a Baofeng.

The U.S has provided nearly 2,667 Harris RF-7850M-HH radios to the Afghan military, according to CDR. Patrick L. Evans, a spokesperson for the Defense Security Cooperation Agency.

The Afghan National Security Forces specifically use the PRC-1077, a tactical radio man pack transceiver designed for short range two-way communication, and the OE-254 antenna. The radio and antenna training provides the ANA with the ability to communicate more proficiently across the battlefield.

OE-254/GRC - RadioNerds
Comics on and about antennas?

Many of these radios have found themselves being used by the Taliban Army

The Taliban has made very good use of tactical radios and cell phones to co-ordinate their missions ending in Kabul on the weekend.

Key U.S.-Funded Communications Equipment for the Afghan National Defense and Security Forces (ANDSF)
According to Department of Defense (DOD) data, the United States funded about 163,000 key
communications equipment items for the ANDSF in fiscal years 2003 through 2016 (see table2).


• The majority of the key communications equipment was tactical radios, which include the high frequency, very high frequency, ultra high frequency, super high frequency, and
multiband radios.
• About 88 percent of all the key communications equipment items were authorized for procurement by DOD in fiscal years 2003 through 2011.
• About 97 percent of the radios included in DOD’s data were manufactured by Harris, Datron, Motorola, or Codan.

Table 2: Quantities and Examples of Key U.S.-Funded Communications Equipment for the Afghan National
Defense and Security Forces, Fiscal Years 2003–2016


Category Quantity Examples

Very high frequency radios 75,256 Datron PRC-1070 handheld, Datron PRC-1077 vehicle-mounted, Datron HH7700 handheld


Nontactical radios 66,439 Motorola GM360, Codan NGT SRx, Universal Radio AR-8200 Mark III


High frequency radios 13,464 Codan 2110 manpack, Datron RT-7000 base station


Multiband radios 5,377 Harris RF-5800M base station, Harris RF-7850M vehicle-mounted


Ultra and super high frequency radios 2,107 Harris RF-7800W vehicle-mounted, EF Johnson APCO-25 handheld


Total 162,643


Source: GAO analysis of Department of Defense (DOD) data. | GAO-17-667R
Notes: The time frame covered by this table refers to the fiscal years in which DOD authorized the equipment for
procurement.


Included in the table are 497 high frequency radios and 1,528 very high frequency radios that were authorized in
fiscal years 2003 and 2004 using a combination of Foreign Military Financing and international donations, according
to DOD data. Those data did not indicate how many of those radios were funded by international donations. The
remaining equipment in this category and the other categories was reported as being funded using only U.S. funds.
High frequency radios operate in the 3–30 megahertz frequency range, very high frequency radios operate in the 30–
300 megahertz range, ultra high frequency radios operate in the 300–3,000 megahertz range, and super high
frequency radios operate in the 3,000–30,000 megahertz range. Multiband radios can operate across more than one
of these frequency bands. The nontactical radios category includes commercially available handheld radios that are
not designed for use in combat.
According to DOD data, about 94,900 of the U.S.-funded communications equipment items
were for the Afghan National Army (ANA), and the remaining approximately 67,700 items were
for the Afghan National Police (ANP) in fiscal years 2003 through 2016 (see fig. 4).
• DOD data show that the ANA received 96 percent of the tactical radios and that the ANP
received 95 percent of the nontactical radios.
Page 10 GAO-17-667R Afghanistan Security
• According to a DOD communications equipment manual, the primary advantage of using
high frequency radios is their capability to provide long-range, over-the-horizon
communication. However, high frequency radios’ long-range capability makes their
communications susceptible to enemy interception.
• Very high frequency and ultra high frequency radios are normally limited to line-of-sight
communication, so their range is restricted, according to a DOD equipment manual. Very
high frequency radios are generally used in the military by combat and combat support
units while on the move. Ultra high frequency radios are generally used in the military for
ground-to-air communication. Super high frequency radios are used for radar
surveillance and satellite communications.

PAPA Systems Repeater Club

This is a very active repeater club and they are back in the throws of full force ham activity

PAPA Orange County Luncheon
Saturday August 28 @ 11:30am



We are Back!


PAPA will be meeting in person on Saturday August 28, 2021 at 11:30am for the return of the Orange County Luncheon. We will be at 

Marie Callender’s 

307 E. Katella Ave.
Orange, CA 92867

Google Maps: Click for directions to Marie Callender’s

 

The PAPA System is Southern California’s Most Advanced Analog and Digital Amateur Repeater System.Not displaying correctly?
View it in your browser.PAPA Picnic 2021
Sunday August 29 @ 10am
Same Great Picnic, and a New Venue!
PAPA will be meeting in person on Sunday August 29, 2021 at 10am for the 2021 PAPA Picnic. We will be at the Deer Den Group Area in Irvine Regional Park. The park is located at:1 Irvine Park Road
Orange, CA 92869
(at the end of Jamboree Road)

Google Maps: Click for directions to Deer Den Group Area

 
Please RSVP…
As in the past, PAPA will be serving a BBQ lunch. In order to have enough food on hand, please follow this link to RSVP.
 Very Important Park Information!Please Note: There is a $5.00 parking fee.Did we mention there is a Parking fee: $5.Due to higher numbers of visitors and picnicking parties on weekends, Irvine Regional Park has been closing to vehicle traffic due to reaching capacity. Closures typically take place between 12 p.m. and 2 p.m. on Saturday and Sunday. Please plan your visit accordingly.As parking near the Deer Den Group Area is limited, car pooling is encouraged. Please keep an eye out as to the terrain… this site is popular with gophers too.For more park info, please see: https://www.ocparks.com/parks-trails/irvine-regional-parkFor More Info…
Please visit our PAPA Picnic 2021 webpage for a video and more details.

Don’t forget to RSVP!!
Looking forward to seeing You in August!
The PAPA System is Southern California’s Most Advanced Analog and Digital Amateur Repeater System.Not displaying correctly?
View it in your browser.PAPA Ham Camp On The AirWednesday August 18 – Sunday August 22
PAPA Repeaters and HF



Spending Time in the Great OutdoorsThe PAPA Ham Camp Crew will be on Santa Cruz Island Wednesday August 18 thru Sunday August 22.
In addition to our PAPA repeaters, they will be working HF during their stay.For details, check in to the Outdoor Net this Sunday evening at 8pm.
 Remember, the PAPA System is YOUR club, its our members that make the system what it is – GREAT! Get on the AIR, get RADIO ACTIVE! 
The PAPA System is Southern California’s Most Advanced Analog and Digital Amateur Repeater System.Not displaying correctly?
View it in your browser.PAPA San Diego Luncheon
Saturday August 21 @ 11am
We have a New Venue!
PAPA will be meeting in person on Saturday August 21, 2021 at 11am for the return of the San Diego Luncheon. We will be at the Cocina Del Charro 1020 West San Marcos Blvd.
San Marcos, CA 92078

Google Maps: Click for directions to Cocina Del Charro

 Please RSVP…Here are the details you need to know:Saturday August 21 at 11:00amLunch will be $18, plus tax and tip, for a buffet of Cocina Del Charro’s best.Please let us know if you are planning to attend so there will be food for all. Click to RSVPFor More Info…
Please visit our San Diego Luncheon webpage for a map and more details.

Don’t forget to RSVP!!
Looking forward to seeing You in San Marcos!

73,

Cecil de WD6FZA