The QSL card remains an important part of amateur radio operation even in the era of LoTW, eQSL, and other electronic systems. For national amateur radio organizations, however, the operation of the QSL Bureau means logistics, sorting, membership control, international exchange, and distribution of thousands of physical cards. The British Radio Society of Great Britain (RSGB) is therefore changing the way it secures its QSL service in 2026. The processing of incoming and outgoing QSL cards has been entrusted to the German Deutscher Amateur-Radio-Club (DARC) based on a contract.
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Departure of long-time manager and new solution
The change is related to the departure of long-time RSGB QSL Bureau manager Richard Constantine, G3UGF. RSGB subsequently examined options for the further operation of the service and entered into a formal contract with DARC. The German club already operates a QSL Bureau with high capacity, and its systems are also used by other national amateur radio organizations. RSGB cites reasons for cooperation mainly as automated processing, digital processes, and infrastructure designed for handling large volumes of cards.
This is not a complete abolition of the British QSL Bureau. RSGB retains its traditional organizational structure, including a network of volunteer QSL sub-managers. DARC ensures the central processing of cards, while British volunteers remain part of the distribution system. For incoming QSL cards, DARC will ensure processing, and their distribution will continue through the network of RSGB sub-managers.
What is changing for RSGB members

Practical changes have occurred for service users since January 2026. RSGB has introduced a new mailing address for sending QSL cards from Great Britain. The new address is RSGB QSL Bureau, PO Box 73, 20 St. Loyes Street, Bedford MK40 1ZL.
An interesting change is the method of verifying user eligibility. Members no longer need to attach the so-called RadCom wrapper to the cards. Membership and relevant callsigns are verified directly in the RSGB database. Therefore, members must have all callsigns correctly listed in the RSGB system for which they want to send or receive QSL cards.
The requirements for sorting and packing cards have also changed. QSL cards intended for foreign Bureaus must be sorted by DXCC prefix. Individual packages must be labeled with the country or the name of the respective Bureau. Rubber bands or paper strips should be used for securing; RSGB warns against using adhesive tape, plastic covers, clips, or metal clips. Cards of different callsigns should not be mixed.
Fast Track and Direct QSL Print
Collaboration with DARC has also brought two new options. The first is Fast Track. An RSGB member can send QSL cards directly to the DARC QSL Bureau in Baunatal, bypassing the usual RSGB Bureau address, and the cards will go directly into central processing. The callsign must be clearly stated on the shipment, and when sending to Germany, the sender is also responsible for the necessary customs declaration.
The second option is DARC Direct QSL Print. RSGB presents this paid service as a separate option, where it will be possible to upload a log in ADIF format to the DARC system and subsequently have QSL cards printed and sent. Users will be able to work with their own design or use prepared templates. For RSGB members, a 20 percent discount is stated according to the published terms compared to the DARC price list. In the January announcement, the service was mentioned as being planned for a later part of the year.
DARC as a QSL processing center
The transfer of part of the logistics processing to Germany shows a broader trend towards the professionalization of QSL Bureaus. Instead of each national organization building and operating its own complete infrastructure, it can utilize an existing central workspace. According to RSGB, DARC uses semi-automatic sorting and mechanical binding of cards, which allows for the processing of a large volume of QSL shipments.
For the radio amateur, it is essential that the physical QSL route does not change into an electronic service. The QSL card still travels through the Bureau, only part of the logistics process is centralized in DARC. RSGB also retains volunteers in the distribution network, so the new organizational scheme combines central technological processing with a local volunteer network.
How many amateur radio operators does DARC represent?

An interesting aspect is the position of DARC in the German amateur radio environment. The source HFUnderground states that DARC has more than 44,000 members and represents approximately 60 percent of radio amateurs in Germany. However, this figure should be interpreted with caution, as it is a figure provided on the HFUnderground website, not current statistics from 2026. Therefore, it is not appropriate to confuse it with the current official number of German radio amateurs.
The numbers around DARC's membership base are still interesting in the context of the QSL Bureau. An organization with tens of thousands of members naturally has experience with a large flow of QSL cards. The existing infrastructure, semi-automatic sorting, and the ability to process services for multiple national organizations are among the reasons why RSGB chose DARC as its contractual partner.
What does this mean for QSLing?
From the radio amateur's perspective, the most important change is the transfer of central processing from Great Britain to Germany. However, the traditional RSGB system remains intact, including voluntary sub-managers. At the same time, options for faster Fast Track processing have been added, and a forthcoming Direct QSL Print service connects the ADIF log with the physical production and distribution of QSL cards.
For the amateur radio community, it is interesting to observe whether a similar model will be applied in the future for other national QSL Bureaus. The physical QSL card remains a logistically challenging element of amateur radio operations, and centralizing processing may be one way to maintain this service even as electronic forms of confirming connections gradually expand.
