Quick Answer
The MiniWare TS101 is only as quick as the power profile it can negotiate. For predictable FPV work, use a dedicated 20V USB-C PD supply and a rated cable, or 24V DC for the original 65W ceiling. A charger with “65W” on its case can still leave the iron running at 9V.
Why the Charger Changes the Iron
Our MiniWare TS101 package includes the controller, TS-B2 tip, silicone USB-C cable, anti-slip cap and PD cable. The controller accepts power through USB-C or a DC5525 barrel socket, but those inputs are not equivalent.
MiniWare’s manual gives the useful baseline: 20V at 2.3A provides 45W over USB-C PD and reaches 300°C from 30°C in about 15 seconds. A 24V, 2.8A DC supply provides 65W and quotes about nine seconds. At 12V and roughly 16W, the quoted time stretches to 43 seconds. That is why comparing charger wattage alone gives the wrong answer.
The charger, cable and occupied ports all matter. A multi-port adaptor may advertise 65W total, then renegotiate a lower profile when a phone is connected. If the display reports low voltage, or the tip recovers slowly on an XT60 pad, disconnect other loads and confirm that both charger and cable support the required PD profile.
Current TS101 firmware can add 28V PD3.1 EPR operation, but it needs a compatible EPR supply and cable. We would treat that as an advanced option, not the default recommendation. A dedicated 20V PD source is simpler; 24V DC is the straightforward route when maximum original-specification power matters. Never connect USB-C and DC at the same time.
The Included B2 Tip Is a Starting Point, Not Every Answer
The supplied B2 is a fine conical general-purpose tip. Our separate MiniWare TS-B2 replacement is approximately 105mm long, weighs 10.5g and fits both TS100 and TS101 controllers. That shared tip system is useful if a TS100 already lives on your bench.
For signal wires and small pads, start with the B2. Large battery leads and ground planes pull heat away faster, so extra temperature is not a substitute for enough contact area, clean tinning and flux. Our FPV soldering guide covers the process, while the cold-joint inspection guide explains what to reject before flight.
First Setup We Would Use
Insert the cold tip fully before applying power. Set a normal working temperature rather than living in Boost mode, tin the tip immediately, then configure sleep and idle timers so it is not cooking between joints. The adjustable range is 50–400°C; that is capability, not a reason to solder every pad at 400°C.
If portability matters more than the TS101 tip ecosystem, the Sequre SI012 Pro kit is the alternative we would compare. It supports PD3.0, QC2.0, 12–25V DC and 3S–6S battery input, and includes a stand, storage bag and XT60-to-DC5525 lead. Both sit in our tools collection, but we would choose the TS101 when TS100-tip compatibility and dual-input simplicity are the priority.
FAQ
Q: Will any 65W USB-C charger run the TS101 at full power?
A: No. It must offer a voltage profile the iron accepts, and the cable must support it. On the baseline 20V PD profile, the TS101 draws up to 45W rather than the charger’s full advertised total.
Q: Can I power a TS101 from an FPV LiPo?
A: The DC input is specified at 9–24V. We would keep the pack and lead within that limit; a fully charged 6S pack is 25.2V, so do not assume nominal “6S” wording makes every revision safe.
Q: What does “No tip” mean?
A: Power off, let the iron cool and reseat the tip fully. Do not remove or fit a hot, powered tip.