NIO Firefly adds a 60 kWh pack with CATL Qilin cells and 560 km CLTC range
The larger pack raises rated range from 420 km to 560 km and keeps the three-minute battery swap.
NIO added a 60 kWh pack to its Firefly on 23 October 2026. CATL confirmed the next day that the pack uses its Qilin cells. The CLTC rating rises from 420 km to 560 km, a gain of 140 km. The report comes from CnEVPost, which cites CATL's own post.
- 60 kWhnew pack, up from 42 kWh
- 560 kmCLTC range, up from 420 km
- 3 minapproximate battery swap time
Two packs, two chemistries
The existing 42 kWh pack uses lithium iron phosphate (LFP) cells from Sunwoda. The new 60 kWh pack uses nickel-cobalt-manganese (NCM) cells from CATL's Qilin line. The report does not say which Qilin generation is used.
NCM cells generally store more energy per kilogram than LFP, which suits a longer range in a small car. The pack grows by 18 kWh and rated range grows by 140 km, so the figures are roughly consistent with a larger pack at similar efficiency.
Swapping and pricing
A battery swap takes about three minutes. The 60 kWh car costs from 136,800 yuan with the battery included. Under the battery-as-a-service plan the car starts at 79,800 yuan, with 599 yuan a month for the battery.
Existing owners can upgrade. Outright buyers pay 17,000 yuan after at least one year, and subscription owners pay 3,000 yuan while their monthly rent rises from 399 to 599 yuan. The report gives no charging rate.
Reading a CLTC figure
CLTC is a Chinese laboratory test cycle. It tends to give higher numbers than many real roads, so 560 km is a rating and not a promise of daily range. Compare CLTC with CLTC, and avoid comparing it with figures from other cycles.
A useful check is energy per kilometre: 60 kWh over 560 km is about 0.107 kWh per km on the test cycle, against about 0.100 for the 42 kWh pack over 420 km. The small difference is a reminder that range is mostly set by pack size.
What the larger pack changes for the owner
A longer rated range lowers how often a driver has to stop at a swap station or charger. For a small car used mostly in a city, the extra 140 km on the test cycle is a margin, not a requirement. The report does not give real-world range, so a buyer should expect a lower figure than the rating.
The upgrade options show how a maker handles an older product. Instead of leaving early buyers on the 42 kWh pack, NIO offers a paid change to the larger one, with different terms for owners who bought the battery and owners who rent it. That is a business decision, and the engineering point is that the swap design lets a pack be replaced without rebuilding the car.
Why it matters to engineering students in Nepal
Nepal imports many electric vehicles and electric two-wheelers, and battery cost and chemistry decide what is affordable. The sources do not describe any Nepal launch. The story is useful for the electronics programme as a worked example of pack sizing and chemistry choice.
Students can repeat the energy-per-kilometre calculation for any EV they see advertised and note which test cycle the range uses. That is the skill an engineer needs to compare vehicles fairly.
Words in this story
- CLTC
- China Light-duty Vehicle Test Cycle, a laboratory cycle used to rate vehicle range.
- NCM
- A battery chemistry based on nickel, cobalt and manganese.
- LFP
- Lithium iron phosphate, a battery chemistry without nickel or cobalt.
Where this comes from
- CnEVPost, citing CATL's Weibo post, 24 Oct 2026
Written in our own words; no sentence is copied from these reports. Researched with AI assistance and added 17 October 2026; no member of faculty has reviewed this story yet. If you spot a mistake, call 01-5091616 and we will correct it and say so.