C1 · C2 · C3 · C4 · CNHL Black Series V2

Fleet health

The calls below are the latest status for each pack. Each series has its own as-of date, so the dates can differ. The fleet charts follow a pack by serial through every night I measured it, including nights when it had an earlier label. A solid line joins the readings and runs straight through a night with no reading. I don't fill in missing values. A series mean with only one reading shows as a single point. On a pack's own page, and in the sparkline on its tile, a dotted join marks a night that pack wasn't charged. Nothing is drawn before the first reading or after the last.

Parallel Go

24 packs

C1-P1 · C1-P2 · C1-P3 · C1-P4 · C1-P5 · C1-P6 · C2-P1 · C2-P2 · C2-P3 · C2-P4 · C2-P5 · C2-P6 · C3-P1 · C3-P2 · C3-P3 · C3-P4 · C3-P5 · C3-P6 · C4-P1 · C4-P2 · C4-P3 · C4-P4 · C4-P5 · C4-P6

Parallel Caution

0 packs

None

Charged individually

0 packs

None

Watch note at 3.0 mΩ or more

0 packs

Spread only. The pack stays on its board. None.

Mean IR

2.79 mΩ

2.791 mΩ across 24 packs still in a slot, not counting rest-test day 0.

Measured packs only

Series mean IR

mΩ · A series with one reading is a single point. After that, the line runs solid through any night the series wasn't measured, with nothing filled in. The mean only averages packs measured in that series that night, and it leaves out rest-test day 0.

2.40 mΩ2.60 mΩ2.80 mΩ3.00 mΩ3.20 mΩ

Next parallel

Each pack charges on its own, one at a time, on its home channel. Rules v7: a pack is pulled only for fire risk. A pack that fails a board check charges alone that night. Watch and performance notes are only notes. Series do not share a board.

C1 GO

pack voltage at the end of each pack's latest storage run with an end reading (advice only)

Before connecting, read each pack's resting voltage at least 90 minutes after its last charge or flight.
Charge a pack alone that night (it stays in rotation, no status change) if: the board's packs are more than 0.60 V apart; any cell is more than 0.10 V from the same-position cell of another pack on the board; its own cells are more than 0.10 V apart; a cell rests between 2.0 and 3.0 V; or a connector is damaged (fix it first).
Board warning: if a port fuse blows or a balance-pin light comes on, stop the charge, find the outlier pack and charge it alone. If the same pack keeps causing it, its own gap to the board tightens to 0.30 V.

C2 GO

pack voltage at the end of each pack's latest storage run with an end reading (advice only)

Before connecting, read each pack's resting voltage at least 90 minutes after its last charge or flight.
Charge a pack alone that night (it stays in rotation, no status change) if: the board's packs are more than 0.60 V apart; any cell is more than 0.10 V from the same-position cell of another pack on the board; its own cells are more than 0.10 V apart; a cell rests between 2.0 and 3.0 V; or a connector is damaged (fix it first).
Board warning: if a port fuse blows or a balance-pin light comes on, stop the charge, find the outlier pack and charge it alone. If the same pack keeps causing it, its own gap to the board tightens to 0.30 V.

C3 GO

pack voltage at the end of each pack's latest storage run with an end reading (advice only)

Before connecting, read each pack's resting voltage at least 90 minutes after its last charge or flight.
Charge a pack alone that night (it stays in rotation, no status change) if: the board's packs are more than 0.60 V apart; any cell is more than 0.10 V from the same-position cell of another pack on the board; its own cells are more than 0.10 V apart; a cell rests between 2.0 and 3.0 V; or a connector is damaged (fix it first).
Board warning: if a port fuse blows or a balance-pin light comes on, stop the charge, find the outlier pack and charge it alone. If the same pack keeps causing it, its own gap to the board tightens to 0.30 V.
C3-P5: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.
C3-P6: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.

C4 GO

pack voltage at the end of each pack's latest storage run with an end reading (advice only)

Before connecting, read each pack's resting voltage at least 90 minutes after its last charge or flight.
Charge a pack alone that night (it stays in rotation, no status change) if: the board's packs are more than 0.60 V apart; any cell is more than 0.10 V from the same-position cell of another pack on the board; its own cells are more than 0.10 V apart; a cell rests between 2.0 and 3.0 V; or a connector is damaged (fix it first).
Board warning: if a port fuse blows or a balance-pin light comes on, stop the charge, find the outlier pack and charge it alone. If the same pack keeps causing it, its own gap to the board tightens to 0.30 V.
C4-P1: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.
C4-P2: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.
C4-P3: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.
C4-P4: charged 2026-10-24 with no log; using the end of its 2026-10-23 storage run.

C1 · last public measurement 2026-10-18

C1-P1 + C1-P2 + C1-P3 + C1-P4 + C1-P5 + C1-P6

C1-P1 C1-P2 C1-P3 C1-P4 C1-P5 C1-P6

C2 · last public measurement 2026-10-18

C2-P1 + C2-P2 + C2-P3 + C2-P4 + C2-P5 + C2-P6

C2-P1 C2-P2 C2-P3 C2-P4 C2-P5 C2-P6

C3 · last public measurement 2026-10-24

C3-P1 + C3-P2 + C3-P3 + C3-P4 + C3-P5 + C3-P6

C3-P1 C3-P2 C3-P3 C3-P4 C3-P5 C3-P6

C4 · last public measurement 2026-10-24

C4-P1 + C4-P2 + C4-P3 + C4-P4 + C4-P5 + C4-P6

C4-P1 C4-P2 C4-P3 C4-P4 C4-P5 C4-P6

Packs

Each card shows one status word. The note from the latest check is under the small chart, and the full version is on the pack page.

C1 · status as of 2026-10-18 · last measured 2026-10-18

C1-P1GOParallel Go: on the C1 board | In service (watch)10-18· S_R 16.4 mΩ· gap 10 mVIR2.733 mΩSpread0.5 mΩFloor3708 mV C1-P2GOParallel Go | In service10-18· S_R 17.4 mΩ· gap 3 mVIR2.9 mΩSpread0.5 mΩFloor3704 mV C1-P3GOParallel Go | In service10-18· S_R 17.5 mΩ· gap 17 mVIR2.917 mΩSpread1.8 mΩFloor3703 mV C1-P4GOParallel Go: on the C1 board | In service10-18· S_R 15.9 mΩ· gap 87 mVIR2.65 mΩSpread1.2 mΩFloor3612 mV C1-P5GOParallel Go: on the C1 board | In service10-18· S_R 16.5 mΩ· gap 6 mVIR2.75 mΩSpread0.8 mΩFloor3683 mV C1-P6GOParallel Go | In service10-18· S_R 16.6 mΩ· gap 21 mVIR2.767 mΩSpread0.8 mΩFloor3659 mV

C2 · status as of 2026-10-18 · last measured 2026-10-18

C2-P1GOParallel Go: on the C2 board | In service10-18· S_R 16.5 mΩ· gap 7 mVIR2.75 mΩSpread0.5 mΩFloor3697 mV C2-P2GOParallel Go: on the C2 board | In service10-18· S_R 18.8 mΩ· gap 21 mVIR3.133 mΩSpread1.0 mΩFloor3706 mV C2-P3GOParallel Go | In service10-18· S_R 15.8 mΩ· gap 2 mVIR2.633 mΩSpread1.3 mΩFloor3699 mV C2-P4GOParallel Go | In service10-18· S_R 17.0 mΩ· gap 40 mVIR2.833 mΩSpread0.9 mΩFloor3583 mV C2-P5GOParallel Go | In service10-18· S_R 16.5 mΩ· gap 5 mVIR2.75 mΩSpread0.7 mΩFloor3702 mV C2-P6GOParallel Go: on the C2 board | In service10-18· S_R 18.1 mΩ· gap 22 mVIR3.017 mΩSpread0.5 mΩFloor3703 mV

C3 · status as of 2026-10-17 · last measured 2026-10-24

C3-P1GOParallel Go: on the C3 board | In service10-24· S_R 15.2 mΩ· gap 29 mVIR2.533 mΩSpread1.1 mΩFloor3633 mV C3-P2GOParallel Go: on the C3 board | In service10-24· S_R 16.4 mΩ· gap 48 mVIR2.733 mΩSpread0.8 mΩFloor3629 mV C3-P3GOParallel Go: on the C3 board | In service10-24· S_R 18.5 mΩ· gap 39 mVIR3.083 mΩSpread0.2 mΩFloor3584 mV C3-P4GOParallel Go: on the C3 board | In service10-24· S_R 17.5 mΩ· gap 10 mVIR2.917 mΩSpread1.0 mΩFloor3691 mV C3-P5GOParallel Go: on the C3 board | In service10-23· S_R 15.9 mΩ· gap 3 mVIR2.65 mΩSpread1.7 mΩFloor3702 mV C3-P6GOParallel Go: on the C3 board | In service10-23· S_R 16.0 mΩ· gap 14 mVIR2.667 mΩSpread0.9 mΩFloor3696 mV

C4 · status as of 2026-10-17 · last measured 2026-10-24

C4-P1GOParallel Go: on the C4 board | In service10-23· S_R 16.6 mΩ· gap 4 mVIR2.767 mΩSpread0.9 mΩFloor3705 mV C4-P2GOParallel Go: on the C4 board | In service10-23· S_R 16.3 mΩ· gap 128 mVIR2.717 mΩSpread1.3 mΩFloor3569 mV C4-P3GOParallel Go: on the C4 board | In service10-23· S_R 17.1 mΩ· gap 11 mVIR2.85 mΩSpread0.6 mΩFloor3665 mV C4-P4GOParallel Go: on the C4 board | In service10-17· S_R 14.5 mΩ· gap 2 mVIR2.417 mΩSpread2.0 mΩFloor3708 mV C4-P5GOParallel Go: on the C4 board | In service10-24· S_R 16.1 mΩ· gap 37 mVIR2.683 mΩSpread0.6 mΩFloor3664 mV C4-P6GOParallel Go: on the C4 board | In service10-24· S_R 18.8 mΩ· gap 52 mVIR3.133 mΩSpread0.6 mΩFloor3648 mV

Status calls

The latest call for each pack, worded as it was recorded. Morning and evening calls on the same day stay separate. The lamp color follows the wording.

Pack	Status	Reason	Call	Latest IR (mΩ)	Spread (mΩ)	Floor (mV)
C1-P1CNHL-2026-001	Parallel Go: on the C1 board \| In service (watch) Parallel Go: on the C1 board \| In service (watch)	Re-graded under rules v7 with storage-end advisories; supersedes the earlier rows. C1-P1 charges on DX8-1 Channel 1 and joins the C1 parallel board from the next storage night. Rest test RT-001-1 passed on 2026-10-17. Storage night 2026-10-17: no pull sign. Cell 6 started 172 mV below its other cells after flying: a performance note, and Cell 6 stays a watch note. At the end of its storage run it was within 0.60 V of the other C1 packs and within 0.10 V cell by cell, so it has no board advisory.	2026-10-17	2.7332026-10-18	0.5	3708
C1-P2CNHL-2026-002	Parallel Go \| In service Parallel Go \| In service	Rules v3: no trigger; C1 board Rule B 0.186 V GO. Evidence (2026-10-11: IR 2.8/2.1/2.7/3.2/2.5/2.6 mOhm, avg 2.65, spread 1.1, max/median 1.21, S_R 15.9; floor 3683 (Cell5); low-cell gap 15 mV; rest 22.161 V)	2026-10-11	2.92026-10-18	0.5	3704
C1-P3CNHL-2026-003	Parallel Go \| In service Parallel Go \| In service	Re-graded under rules v7; supersedes the Rules v3 row of 2026-10-11. Storage nights apply the pull list only, and there is no pull sign. Its 2026-10-17 log holds one reading only, no charge data (lowest cell Cell 4, its usual cell), so it has no IR reading that night. The next-night outlook uses the end of its 2026-10-11 storage run, within 0.60 V of the other C1 packs. Its earlier low-cell gaps are a performance note.	2026-10-17	2.9172026-10-18	1.8	3703
C1-P4CNHL-2026-004	Parallel Go: on the C1 board \| In service Parallel Go: on the C1 board \| In service	Rules v7: self-discharge check passed (2 mV in 9 days). Watch cleared.	2026-10-18	2.652026-10-18	1.2	3612
C1-P5CNHL-2026-005	Parallel Go: on the C1 board \| In service Parallel Go: on the C1 board \| In service	Re-graded under rules v7: the low Cell 4 is a performance note, not a pull or charge-alone reason. Advisory: on 2026-10-11 its Cell 4 started 109 mV from C1-P6 Cell 4, so check resting voltage before connecting.	2026-10-17	2.752026-10-18	0.8	3683
C1-P6CNHL-2026-006	Parallel Go \| In service Parallel Go \| In service	Rules v3: no trigger; C1 board Rule B 0.186 V GO. Evidence (2026-10-11: IR 2.6/3.2/3.3/3.0/2.8/2.5 mOhm, avg 2.90, spread 0.8, max/median 1.14, S_R 17.4; floor 3713 (Cell5); low-cell gap 13 mV; rest 22.347 V)	2026-10-11	2.7672026-10-18	0.8	3659
C2-P1CNHL-2026-007	Parallel Go: on the C2 board \| In service Parallel Go: on the C2 board \| In service	Re-graded under rules v7: the IR spread is a performance note, not a pull or charge-alone reason.	2026-10-17	2.752026-10-18	0.5	3697
C2-P2CNHL-2026-008	Parallel Go: on the C2 board \| In service Parallel Go: on the C2 board \| In service	Rules v7: self-discharge check passed (1 mV in 9 days). Watch cleared.	2026-10-18	3.1332026-10-18	1.0	3706
C2-P3CNHL-2026-009	Parallel Go \| In service Parallel Go \| In service	Rules v3: no trigger. Evidence (2026-10-11: IR 2.8/3.1/3.2/2.1/3.1/2.8 mOhm, avg 2.85, spread 1.1, max/median 1.08, S_R 17.1; floor 3657 (Cell5); low-cell gap 27 mV; rest 22.08 V)	2026-10-11	2.6332026-10-18	1.3	3699
C2-P4CNHL-2026-010	Parallel Go \| In service Parallel Go \| In service	Rules v3: no trigger. Evidence (2026-10-11: IR 3.0/2.5/3.4/3.1/3.2/3.0 mOhm, avg 3.03, spread 0.9, max/median 1.11, S_R 18.2; floor 3633 (Cell3); low-cell gap 30 mV; rest 21.972 V)	2026-10-11	2.8332026-10-18	0.9	3583
C2-P5CNHL-2026-011	Parallel Go \| In service Parallel Go \| In service	Rules v3: no trigger. Evidence (2026-10-11: IR 3.0/3.1/3.2/3.1/3.2/2.3 mOhm, avg 2.98, spread 0.9, max/median 1.03, S_R 17.9; floor 3699 (Cell1); low-cell gap 1 mV; rest 22.202 V)	2026-10-11	2.752026-10-18	0.7	3702
C2-P6CNHL-2026-012	Parallel Go: on the C2 board \| In service Parallel Go: on the C2 board \| In service	Under the charge rules from 2026-10-16, every pack charges on its own parallel board; a watch note does not take a pack off, and the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-11 the C2 board charged C2-P1, C2-P3, C2-P4 and C2-P5 together (0.230 V apart); C2-P6 charged alone that night. With C2-P6 added (rest V 22.397 V), the latest rest V of all five C2 packs were 0.425 V apart, inside 0.60 V.	2026-10-16	3.0172026-10-18	0.5	3703
C3-P1CNHL-2026-013	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	No change: stays on the C3 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.018 V, inside the C3 range.	2026-10-16	2.5332026-10-24	1.1	3633
C3-P2CNHL-2026-014	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	Re-graded under rules v7: the high rest V on 2026-10-16 is a performance note. Advisory: its first log readings on 2026-10-16 were more than 0.10 V from the same-position cells of C3-P5 and C3-P6, so check resting voltage before connecting.	2026-10-17	2.7332026-10-24	0.8	3629
C3-P3CNHL-2026-015	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	No change: stays on the C3 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 21.823 V, inside the C3 range.	2026-10-16	3.0832026-10-24	0.2	3584
C3-P4CNHL-2026-016	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	No change: stays on the C3 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 21.795 V, inside the C3 range.	2026-10-16	2.9172026-10-24	1.0	3691
C3-P5CNHL-2026-017	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	Re-graded under rules v7: the 3592 mV lowest cell is a performance note. Advisory: on 2026-10-16 its rest V was outside 0.60 V of the other C3 packs and its cells were more than 0.10 V from the same-position cells of C3-P2 and C3-P6, so check resting voltage before connecting.	2026-10-17	2.652026-10-23	1.7	3702
C3-P6CNHL-2026-018	Parallel Go: on the C3 board \| In service Parallel Go: on the C3 board \| In service	Re-graded under rules v7 with storage-end advisories; supersedes the earlier 2026-10-17 row. Storage night 2026-10-17: no pull sign. Cell 6 started 104 mV below its other cells (its usual low cell): a performance note. Advisory: at the end of the latest storage runs its cells were more than 0.10 V from the same-position cells of C3-P1, so check resting voltage before connecting; if a cell is still more than 0.10 V off at rest, it charges alone that night.	2026-10-17	2.6672026-10-23	0.9	3696
C4-P1CNHL-2026-019	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.218 V, inside the C4 range.	2026-10-16	2.7672026-10-23	0.9	3705
C4-P2CNHL-2026-020	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	Re-graded under rules v7: the low Cell 6 on 2026-10-14 and 2026-10-16 is a performance note, not a pull or charge-alone reason.	2026-10-17	2.7172026-10-23	1.3	3569
C4-P3CNHL-2026-021	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.213 V, inside the C4 range.	2026-10-16	2.852026-10-23	0.6	3665
C4-P4CNHL-2026-022	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.17 V, inside the C4 range.	2026-10-16	2.4172026-10-17	2.0	3708
C4-P5CNHL-2026-023	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 21.969 V, inside the C4 range.	2026-10-16	2.6832026-10-24	0.6	3664
C4-P6CNHL-2026-024	Parallel Go: on the C4 board \| In service Parallel Go: on the C4 board \| In service	No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.139 V, inside the C4 range.	2026-10-16	3.1332026-10-24	0.6	3648

C1-P1Parallel Go: on the C1 board | In service (watch)

CNHL-2026-001

Re-graded under rules v7 with storage-end advisories; supersedes the earlier rows. C1-P1 charges on DX8-1 Channel 1 and joins the C1 parallel board from the next storage night. Rest test RT-001-1 passed on 2026-10-17. Storage night 2026-10-17: no pull sign. Cell 6 started 172 mV below its other cells after flying: a performance note, and Cell 6 stays a watch note. At the end of its storage run it was within 0.60 V of the other C1 packs and within 0.10 V cell by cell, so it has no board advisory.

Parallel Go: on the C1 board | In service (watch) · IR 2.733 mΩ · spread 0.5 mΩ · floor 3708 mV

C1-P2Parallel Go | In service

CNHL-2026-002

Rules v3: no trigger; C1 board Rule B 0.186 V GO. Evidence (2026-10-11: IR 2.8/2.1/2.7/3.2/2.5/2.6 mOhm, avg 2.65, spread 1.1, max/median 1.21, S_R 15.9; floor 3683 (Cell5); low-cell gap 15 mV; rest 22.161 V)

Parallel Go | In service · IR 2.9 mΩ · spread 0.5 mΩ · floor 3704 mV

C1-P3Parallel Go | In service

CNHL-2026-003

Re-graded under rules v7; supersedes the Rules v3 row of 2026-10-11. Storage nights apply the pull list only, and there is no pull sign. Its 2026-10-17 log holds one reading only, no charge data (lowest cell Cell 4, its usual cell), so it has no IR reading that night. The next-night outlook uses the end of its 2026-10-11 storage run, within 0.60 V of the other C1 packs. Its earlier low-cell gaps are a performance note.

Parallel Go | In service · IR 2.917 mΩ · spread 1.8 mΩ · floor 3703 mV

C1-P4Parallel Go: on the C1 board | In service

CNHL-2026-004

Rules v7: self-discharge check passed (2 mV in 9 days). Watch cleared.

Parallel Go: on the C1 board | In service · IR 2.65 mΩ · spread 1.2 mΩ · floor 3612 mV

C1-P5Parallel Go: on the C1 board | In service

CNHL-2026-005

Re-graded under rules v7: the low Cell 4 is a performance note, not a pull or charge-alone reason. Advisory: on 2026-10-11 its Cell 4 started 109 mV from C1-P6 Cell 4, so check resting voltage before connecting.

Parallel Go: on the C1 board | In service · IR 2.75 mΩ · spread 0.8 mΩ · floor 3683 mV

C1-P6Parallel Go | In service

CNHL-2026-006

Rules v3: no trigger; C1 board Rule B 0.186 V GO. Evidence (2026-10-11: IR 2.6/3.2/3.3/3.0/2.8/2.5 mOhm, avg 2.90, spread 0.8, max/median 1.14, S_R 17.4; floor 3713 (Cell5); low-cell gap 13 mV; rest 22.347 V)

Parallel Go | In service · IR 2.767 mΩ · spread 0.8 mΩ · floor 3659 mV

C2-P1Parallel Go: on the C2 board | In service

CNHL-2026-007

Re-graded under rules v7: the IR spread is a performance note, not a pull or charge-alone reason.

Parallel Go: on the C2 board | In service · IR 2.75 mΩ · spread 0.5 mΩ · floor 3697 mV

C2-P2Parallel Go: on the C2 board | In service

CNHL-2026-008

Rules v7: self-discharge check passed (1 mV in 9 days). Watch cleared.

Parallel Go: on the C2 board | In service · IR 3.133 mΩ · spread 1.0 mΩ · floor 3706 mV

C2-P3Parallel Go | In service

CNHL-2026-009

Rules v3: no trigger. Evidence (2026-10-11: IR 2.8/3.1/3.2/2.1/3.1/2.8 mOhm, avg 2.85, spread 1.1, max/median 1.08, S_R 17.1; floor 3657 (Cell5); low-cell gap 27 mV; rest 22.08 V)

Parallel Go | In service · IR 2.633 mΩ · spread 1.3 mΩ · floor 3699 mV

C2-P4Parallel Go | In service

CNHL-2026-010

Rules v3: no trigger. Evidence (2026-10-11: IR 3.0/2.5/3.4/3.1/3.2/3.0 mOhm, avg 3.03, spread 0.9, max/median 1.11, S_R 18.2; floor 3633 (Cell3); low-cell gap 30 mV; rest 21.972 V)

Parallel Go | In service · IR 2.833 mΩ · spread 0.9 mΩ · floor 3583 mV

C2-P5Parallel Go | In service

CNHL-2026-011

Rules v3: no trigger. Evidence (2026-10-11: IR 3.0/3.1/3.2/3.1/3.2/2.3 mOhm, avg 2.98, spread 0.9, max/median 1.03, S_R 17.9; floor 3699 (Cell1); low-cell gap 1 mV; rest 22.202 V)

Parallel Go | In service · IR 2.75 mΩ · spread 0.7 mΩ · floor 3702 mV

C2-P6Parallel Go: on the C2 board | In service

CNHL-2026-012

Under the charge rules from 2026-10-16, every pack charges on its own parallel board; a watch note does not take a pack off, and the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-11 the C2 board charged C2-P1, C2-P3, C2-P4 and C2-P5 together (0.230 V apart); C2-P6 charged alone that night. With C2-P6 added (rest V 22.397 V), the latest rest V of all five C2 packs were 0.425 V apart, inside 0.60 V.

Parallel Go: on the C2 board | In service · IR 3.017 mΩ · spread 0.5 mΩ · floor 3703 mV

C3-P1Parallel Go: on the C3 board | In service

CNHL-2026-013

No change: stays on the C3 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.018 V, inside the C3 range.

Parallel Go: on the C3 board | In service · IR 2.533 mΩ · spread 1.1 mΩ · floor 3633 mV

C3-P2Parallel Go: on the C3 board | In service

CNHL-2026-014

Re-graded under rules v7: the high rest V on 2026-10-16 is a performance note. Advisory: its first log readings on 2026-10-16 were more than 0.10 V from the same-position cells of C3-P5 and C3-P6, so check resting voltage before connecting.

Parallel Go: on the C3 board | In service · IR 2.733 mΩ · spread 0.8 mΩ · floor 3629 mV

C3-P3Parallel Go: on the C3 board | In service

CNHL-2026-015

Parallel Go: on the C3 board | In service · IR 3.083 mΩ · spread 0.2 mΩ · floor 3584 mV

C3-P4Parallel Go: on the C3 board | In service

CNHL-2026-016

Parallel Go: on the C3 board | In service · IR 2.917 mΩ · spread 1.0 mΩ · floor 3691 mV

C3-P5Parallel Go: on the C3 board | In service

CNHL-2026-017

Re-graded under rules v7: the 3592 mV lowest cell is a performance note. Advisory: on 2026-10-16 its rest V was outside 0.60 V of the other C3 packs and its cells were more than 0.10 V from the same-position cells of C3-P2 and C3-P6, so check resting voltage before connecting.

Parallel Go: on the C3 board | In service · IR 2.65 mΩ · spread 1.7 mΩ · floor 3702 mV

C3-P6Parallel Go: on the C3 board | In service

CNHL-2026-018

Re-graded under rules v7 with storage-end advisories; supersedes the earlier 2026-10-17 row. Storage night 2026-10-17: no pull sign. Cell 6 started 104 mV below its other cells (its usual low cell): a performance note. Advisory: at the end of the latest storage runs its cells were more than 0.10 V from the same-position cells of C3-P1, so check resting voltage before connecting; if a cell is still more than 0.10 V off at rest, it charges alone that night.

Parallel Go: on the C3 board | In service · IR 2.667 mΩ · spread 0.9 mΩ · floor 3696 mV

C4-P1Parallel Go: on the C4 board | In service

CNHL-2026-019

No change: stays on the C4 board. Under the charge rules from 2026-10-16, the only check before connecting is rest voltage within 0.60 V (0.1 V per cell). On 2026-10-16 its rest V was 22.218 V, inside the C4 range.

Parallel Go: on the C4 board | In service · IR 2.767 mΩ · spread 0.9 mΩ · floor 3705 mV

C4-P2Parallel Go: on the C4 board | In service

CNHL-2026-020

Re-graded under rules v7: the low Cell 6 on 2026-10-14 and 2026-10-16 is a performance note, not a pull or charge-alone reason.

Parallel Go: on the C4 board | In service · IR 2.717 mΩ · spread 1.3 mΩ · floor 3569 mV

C4-P3Parallel Go: on the C4 board | In service

CNHL-2026-021

Parallel Go: on the C4 board | In service · IR 2.85 mΩ · spread 0.6 mΩ · floor 3665 mV

C4-P4Parallel Go: on the C4 board | In service

CNHL-2026-022

Parallel Go: on the C4 board | In service · IR 2.417 mΩ · spread 2.0 mΩ · floor 3708 mV

C4-P5Parallel Go: on the C4 board | In service

CNHL-2026-023

Parallel Go: on the C4 board | In service · IR 2.683 mΩ · spread 0.6 mΩ · floor 3664 mV

C4-P6Parallel Go: on the C4 board | In service

CNHL-2026-024

Parallel Go: on the C4 board | In service · IR 3.133 mΩ · spread 0.6 mΩ · floor 3648 mV

7-day rest

Rest tests

Day-0 baselines are recorded. Each test shows its result once the 7-day reading is in. C1-P3 has no rest test.

C1-P1 cell 6 · started 2026-10-09 · day-0 2026-10-09 · 7-day due 2026-10-16 · read 2026-10-17 · PASS
C2-P2 cell 6 · started 2026-10-09 · day-0 2026-10-09 · 7-day due 2026-10-16 · read 2026-10-18 · PASS
C1-P4 cell 1 · started 2026-10-09 · day-0 2026-10-09 · 7-day due 2026-10-16 · read 2026-10-18 · PASS

Latest night per pack

Cell IR heatmap

1.1 mΩ3.6 mΩ

The color scale covers the range of latest cell readings on this page. A pack that moved keeps the reading from its last storage charge. DX8 IR isn't a manufacturer rating.

Cell 1Cell 2Cell 3Cell 4Cell 5Cell 6

C1-P1

2.9mΩ

2.8mΩ

2.5mΩ

2.4mΩ

2.9mΩ

C1-P2

3.1mΩ

2.8mΩ

2.7mΩ

3.2mΩ

2.8mΩ

C1-P3

3.1mΩ

1.7mΩ

3.5mΩ

3.1mΩ

3.0mΩ

C1-P4

3.1mΩ

2.1mΩ

1.9mΩ

3.0mΩ

2.7mΩ

C1-P5

3.1mΩ

2.3mΩ

3.0mΩ

2.6mΩ

2.4mΩ

3.1mΩ

C1-P6

2.5mΩ

3.1mΩ

3.0mΩ

2.3mΩ

2.9mΩ

2.8mΩ

C2-P1

2.9mΩ

2.6mΩ

2.7mΩ

2.5mΩ

3.0mΩ

2.8mΩ

C2-P2

3.3mΩ

2.9mΩ

3.6mΩ

3.2mΩ

2.6mΩ

C2-P3

1.9mΩ

3.1mΩ

3.2mΩ

2.3mΩ

2.4mΩ

2.9mΩ

C2-P4

3.2mΩ

2.4mΩ

3.0mΩ

3.1mΩ

2.3mΩ

C2-P5

2.8mΩ

2.5mΩ

2.7mΩ

3.2mΩ

2.6mΩ

C2-P6

3.1mΩ

2.7mΩ

3.2mΩ

3.0mΩ

C3-P1

2.3mΩ

2.9mΩ

1.8mΩ

2.5mΩ

2.8mΩ

C3-P2

2.5mΩ

3.0mΩ

3.1mΩ

2.3mΩ

2.5mΩ

3.0mΩ

C3-P3

3.1mΩ

3.0mΩ

3.1mΩ

3.0mΩ

3.2mΩ

3.1mΩ

C3-P4

3.0mΩ

2.9mΩ

3.1mΩ

2.2mΩ

3.2mΩ

3.1mΩ

C3-P5

2.5mΩ

3.1mΩ

3.2mΩ

3.3mΩ

2.2mΩ

1.6mΩ

C3-P6

2.4mΩ

2.2mΩ

2.6mΩ

3.1mΩ

2.8mΩ

2.9mΩ

C4-P1

2.4mΩ

2.9mΩ

2.2mΩ

3.1mΩ

2.9mΩ

C4-P2

1.9mΩ

2.4mΩ

2.9mΩ

3.0mΩ

3.2mΩ

2.9mΩ

C4-P3

2.8mΩ

2.5mΩ

3.0mΩ

2.7mΩ

3.0mΩ

3.1mΩ

C4-P4

3.1mΩ

1.1mΩ

2.7mΩ

2.6mΩ

3.1mΩ

1.9mΩ

C4-P5

2.5mΩ

2.8mΩ

3.0mΩ

2.4mΩ

2.9mΩ

2.5mΩ

C4-P6

3.1mΩ

3.3mΩ

3.1mΩ

3.3mΩ

2.7mΩ

Trends

A star marks a partial night, one that didn't include every pack. It's left incomplete. On these fleet charts, a solid line joins every recorded reading for a pack, including nights under an earlier label, and runs through any night with no reading. Nothing is filled in. A pack with only its first reading is a single point. A partial night with a reading is still a normal point, and the series mean still averages only the packs measured in that series that night.

Pack average IR

1.00 mΩ2.00 mΩ3.00 mΩ4.00 mΩ

Pack average IR

1.00 mΩ2.00 mΩ3.00 mΩ4.00 mΩ

Pack average IR

1.00 mΩ2.00 mΩ3.00 mΩ4.00 mΩ

Pack average IR

1.00 mΩ2.00 mΩ3.00 mΩ4.00 mΩ

Rules v7 · C1

Intra-pack spread

Go under 2.0 · Watch note ≥ 2.0 · Watch note, look first ≥ 3.0 mΩ

Inside one pack. Max cell IR minus min cell IR. Applies to every pack.

0.00 mΩ1.00 mΩ2.00 mΩ3.00 mΩ

Watch note ≥ 2.0 mΩWatch note, look first ≥ 3.0 mΩ

Rules v7 · C2

Intra-pack spread

Go under 2.0 · Watch note ≥ 2.0 · Watch note, look first ≥ 3.0 mΩ

Inside one pack. Max cell IR minus min cell IR. Applies to every pack.

0.00 mΩ1.00 mΩ2.00 mΩ3.00 mΩ

Watch note ≥ 2.0 mΩWatch note, look first ≥ 3.0 mΩ

Rules v7 · C3

Intra-pack spread

Go under 2.0 · Watch note ≥ 2.0 · Watch note, look first ≥ 3.0 mΩ

Inside one pack. Max cell IR minus min cell IR. Applies to every pack.

0.00 mΩ1.00 mΩ2.00 mΩ3.00 mΩ

Watch note ≥ 2.0 mΩWatch note, look first ≥ 3.0 mΩ

Rules v7 · C4

Intra-pack spread

Go under 2.0 · Watch note ≥ 2.0 · Watch note, look first ≥ 3.0 mΩ

Inside one pack. Max cell IR minus min cell IR. Applies to every pack.

0.00 mΩ1.00 mΩ2.00 mΩ3.00 mΩ

Watch note ≥ 2.0 mΩWatch note, look first ≥ 3.0 mΩ

Start floor

3600 mV watch

3500 mV3600 mV3700 mV3800 mV

3600 mV watch

Start floor

3600 mV watch

3500 mV3600 mV3700 mV3800 mV

3600 mV watch

Start floor

3600 mV watch

3500 mV3600 mV3700 mV3800 mV

3600 mV watch

Start floor

3600 mV watch

3500 mV3600 mV3700 mV3800 mV

3600 mV watch

Rule B

Inter-pack rest-Δ

Go ≤ 0.60 V

One line per series. The line is solid through a night that series did not run. No value is filled in there. Nights before that series existed are not marked. Rule B needs two packs charged together on that night's board. A night the series did run, but not as a board, is not a point. A recorded board night uses that night's recorded figure. A next-night outlook is not drawn here. On 2026-10-10 the points are C1 0.135 V and C2 0.479 V. On 2026-10-11 they are C1 0.186 V and C2 0.230 V. Since 2026-10-17 every pack charges on its own, so there are no new points. C3 and C4 have only charged on their own, so they are not on this chart. The rest-test day-0 rows are not a parallel charge and are not on this line. Series do not share a board.

N/A = ran, metric does not apply

0.00 V0.50 V1.00 V

Go ≤ 0.60 V

Reserved

Capacity in / out

not in the storage-charge logs yet

Storage logs are IR and voltage only. No capacity in, capacity out, or cost per cycle.

Six cells

Per-cell IR

1.00 mΩ2.00 mΩ3.00 mΩ4.00 mΩ