Vehicle Identification Number (VIN) Requirements

en · official · sha256:dd196ae9c6cf32f62483672d37a5f452ca90ca141405be17f4c7064d369feb21

Note to Table VII: For passenger cars, and for multipurpose passenger vehicles and trucks with a gross vehicle weight rating of 4536 kg (10,000 lb) or less, if position 7 is numeric, the Model Year in position 10 of the VIN refers to a year in the range 1980-2009. If position 7 is alphabetic, the Model Year in Position 10 of the VIN refers to a year in the range 2010-2039.

Referencing norms: ModelYearResolvedByAlphabeticSeventh, ModelYearResolvedByNumericSeventh, ModelYearUndetermined, NoteAppliesToLightMultipurpose, NoteAppliesToLightTruck, NoteAppliesToPassengerCar, NoteScopeIsClosed

en · official · sha256:706b4f7392daeeb859db82941469d0c112cda4b80144822a9af8a32300d4c1c0

(b) Each VIN shall consist of seventeen (17) characters.

Referencing norms: LengthConforms, LengthViolated, SpaceUnoccupied

en · official · sha256:2073afda8beaeb9641da5aea8aa079153c5216153b787459299a50e867608d62

(c) A check digit shall be part of each VIN. The check digit shall appear in position nine (9) of the VIN, on the vehicle and on any transfer documents containing the VIN prepared by the manufacturer to be given to the first owner for purposes other than resale.

Referencing norms: CheckDigitInvalid, CheckDigitValid, assert-h90d00b5df8c7e001bccaaba35ef77fb418f920cf8b86a50b881541fcf0d985d6

en · official · sha256:f7d6602128613f300efdfce8a26e654e74de0599c4b831e1354f988d864a789d

(g) Each character in each VIN shall be one of the letters in the set: [ABCDEFGHJKLMNPRSTUVWXYZ] or a numeral in the set: [0123456789] assigned according to the method given in § 565.15.

Referencing norms: ForbiddenCharacterUsed, PermittedCharacterSetIsClosed, assert-h09206ad2446728eced58673a5f1c09f07a435e7a8b60d6eef535fe470f11fb0b, assert-h0bc8099a3cf5a8b2dfdbecaf6f6b7629a00166e18f96d42bf335e57390251cce, assert-h0d17105847f7290ec5939b36dcbf85c37ba534fe8b77ec7eb52fe487cd3dea98, assert-h12f8c1ed3cdb01b711c7aa4fd792c28e5ebe1344b897a701cddb526f8a90f63e, assert-h15b000d0dc3f60dbb29dc39e24436e84b02dc5e0b305d487ae2a21ebd3944ff8, assert-h16954c9c58d193b47d969f85b9cc6cc6403d18e998be0bc02fe0d3ab8cfedd9c, assert-h17ee70ebba935c3ae6caa0b182ca422f9c2bbf28ef79d368e5b92348c5fcd5e2, assert-h182413c7ffdffd3ef23630795fa35aad3bddc125166a00ecc108d2dd25f34424, assert-h1a99b9d154271e4f4b0ed71a401749739acbb081fbda7e70aea34f20585204e9, assert-h2dbe296706ca7b39c6634bad1080151f47d3b4e9d80322dce31680c6b6e86f8d, assert-h2e40cfdb8ce9212fdbbafada406cc6a2f43ad146ddc00c575df623f43b19dc99, assert-h2f0a7da9a689234a13df6a821e45248e1f425632364480997e58bf4411b7e523, assert-h3069ed50ffc49b2f46265bb0e90ad7f736c16bd9da57b51d7048db9ea377c716, assert-h3335cab5961de83cc4e1347811b671784b2085fae348d42680bdb46c596ce7c3, assert-h3698942633b63857a9d363ec13e03622708162ac8b652b353d6d02f945e88797, assert-h39822c230960417a712d7458120187eca60db265a7df30a2055a02f4fd2ab2f1, assert-h3beb73ef9a4136f012418bbd7c23741e2948c7f4ad270c99438e8ef62441d0bf, assert-h3d78d0249b245637d3250336933a33765ad2f84de360e4f68eec859f2c2f4165, assert-h3fbdc3e69b02e818fa7935fb772d828fa1daba1e9cae595b6200c37750c5d217, assert-h4273bc407a60872505ba3a3067008540d27508400b1ac670306cdaea21c2dfd6, assert-h437f670e73a4012620e57a440500ca20adf757533d7a8dbf446a6331cbb75d1d, assert-h497e4df80b2e07db65fbfd6e4f7369c545a93e9702ffdb6c533821f7954aa1a9, assert-h4c1e879f850f6ffac8eee80cf6d3262f74f444475006455f6428ca25a7b1ffe3, assert-h4d90bc919d84bd61d7c30903397b315d83c816b31b50fc6f3aab97701b01e41a, assert-h501b4eb063e6ee01ad3a317e48186aee0b2c5c5ec507889bfb7747f33cc0a11a, assert-h559679322457141b20c5d9213b3910257dbde839a94bbc5a4c2f3895b5ff03c4, assert-h59f24ce6010bed4ecc9c6286b7d39c3dfa9b5d87b13cfbc52ebe0772e1375fe0, assert-h627a3f8f205f704d21bc44a33e61edecd0865801520841828738c463e9fa3c4e, assert-h69718a01a878ac00262516b516a4412e505ec1eddc81e9f5e64466651b0ea61f, assert-h6a89c8007c5a3fb2b6100220e9a355e1823dd35013891cb094e7af892bd8cc8c, assert-h6db06c9c3b5adb26b287d7b3b8286ca480582040b19cb364c6f855173d284dc6, assert-h70deaaff6e0a3c265af7a4d0e52c70bb4467134ee1866594474c2be1849c8a5e, assert-h75f38262b22f57aa50069ee75bdcc9929aaec736ea0ccc3dc6633ca3452b78b5, assert-h7a87244eea45afd3efe52492aaa2f45bc6c7c0a4b97b4200f4c12441e3b2119d, assert-h7ebdc881f35be7ff104e890e0d0740eac9e0864fcae4f5481026c5d8e76e42c6, assert-h8309d36105cb9e99f04a8d61f373d7c7ccd847257aa85977820c386c972e9e02, assert-h8994f9c5ced15bec507b660b0c34390ead9c0ea4b8831febc665b47ff6a4f19b, assert-h920933197924a4c47f269756cd2731cf2c5c7648022c9f939364f108aa245b81, assert-h97985fdb9d9e4c0100fe2f333f43e3cbb55657c39ab2bcc408f632be39c554af, assert-h9a8473e27932720e112d16cddb2f51ac309d2b1850a2fd575ed9c3ef5b0596fa, assert-h9f54cd7bb034f2abadfe9c01bf4e874509a086f841241eb161f6f77fdebe328d, assert-ha50bb0a9d95ebdbb1efe4a22250a980120bde332c0b11af26f7a6bbcebafa51d, assert-ha799aaa3b04ee9d5f769dc8216016bc2c806139648ea1d1a802789ae63656593, assert-habdf781d28b6b672a773ca10b795f4f8d797f22a3888646e7ca243500f362cd4, assert-hac315df4ac8d182bd44a1789eb02bf0708e3df012702bb2b8b829539de491232, assert-haf453b3c5b7b55bb6026b32a063e0479a2b809e1fb620bf73716670f41b5c7e7, assert-haf56b7ec2d21f984a44a02579a29f1c4e4688215b9ca4f4a1f8e55630e3cbc50, assert-hb6d9b93a220f16dd3ff1ed3a0bb6261a420c90c470b103db816e3665a1238cc2, assert-hbeb5075fb96297e37bac753739317d16faecbc7ed96eb770c864c551d2af9ef9, assert-hc0465edc96887681dc143b1abef97cae67bd9c6b5022be1a1bc72962efb1752d, assert-hc518d37512c91c695fc6591617521c33b1f695c9ed3b76dc2533a243b4f9989d, assert-hd02a56d4d5983cfeffc496c8fb52bd1c74d57d5a922a2d5a01fc4be118a97fdc, assert-hd2a3ce2553d2d57901369ff47bd5772e1f6952d2d9cb47cfb1f2bb864df78c4a, assert-hdd341161327fad385a1917c0a0653208207f865a168ad8d2d15eabd883336053, assert-hdee388f72ed06788662476ba76d3d240cf4013d419c463e74f4cce99dd7dea74, assert-hdf04415f7d9379b152c9db30c6695863788bbe50394d154296b77d9c4650f860, assert-he16a13cfe4c89e0ece05d476e7b585c968473ea69bbd83c9a7535c9331b109fc, assert-he6dfa4e5555a6e2c9964c10e02dc1d13c0e545dd14503c795a2acd37160c7794, assert-he87bc97120de2bba13b8b3d51023609730e8312ec838ec81267c5dfec47a64c5, assert-hee19f36aeb9e2b889645e93a62c81e1854e5171ac7440fa382714bf242e98f17, assert-hf5a25a0a7a30b0c2fdd1973b303c411012b8f803614b101309786442ca1bcde0, assert-hf8b07a5b044dd7dab4f04058f93f51f19b65ee03dec8a1706d2b4323b70da7d5, assert-hfa0fffee1fda2171e2b0d73d977ae7a028e059ce2f8537424923919e957545bf, assert-hfb5e48d03a41a57b5a53c5efcef77d1538610789cbe39303d926eb49aa945a60, assert-hfcf95199484ca845b3547af7aa7481766660deda65121695ea4e419714ee25b4, assert-hfd9bc182104ea823d4667182408083457dedb2e6336899e909fedd8eaa5196e4

en · official · sha256:131fb1ae2a1eacf6fdb58931363d97687e3f6f6f0cfc91deb80874663bd27e3c

(h) All spaces provided for in the VIN must be occupied by a character specified in paragraph (g) of this section.

Referencing norms: SpaceUnoccupied

en · official · sha256:7e7135191f048c33266c3d880df6660ee8ebeae2c8d3f60b25d64d83e2bc8285

(a) The first section shall consist of three characters that occupy positions one through three (1-3) in the VIN. This section shall uniquely identify the manufacturer and type of the motor vehicle if the manufacturer is a high-volume manufacturer. If the manufacturer is a low-volume manufacturer, positions one through three (1-3) along with positions twelve through fourteen (12-14) in the VIN shall uniquely identify the manufacturer and type of the motor vehicle. These characters are assigned in accordance with § 565.16(a). A “9” shall be placed in the third position of the VIN if the manufacturer identifier is six characters. A “9” in the third position always indicates the presence of a six-character manufacturer identifier. The National Highway Traffic Safety Administration offers access to manufacturer identifier assignments via its search engine at the following Internet Web site: http://www.nhtsa.dot.gov/cars/rules/manufacture.

Referencing norms: NineInThirdPositionIndicatesSixCharacterIdentifier

en · official · sha256:35bc664fcceb2279755be7e2927c8f997072688dd12261b7c158434735ad1747

(c) The third section shall consist of one character, which occupies position nine (9) in the VIN. This section shall be the check digit whose purpose is to provide a means for verifying the accuracy of any VIN transcription. After all other characters in VIN have been determined by the manufacturer, the check digit shall be calculated by carrying out the mathematical computation specified in paragraphs (c) (1) through (4) of this section.

Referencing norms: CheckDigitInvalid, CheckDigitValid

en · official · sha256:81ce7a5557115cff6c453271e7118da7d06b8e1202b946e90d22e947422aa880

(1) The first character of the fourth section shall represent the vehicle model year. The year shall be designated as indicated in Table VII as follows:

Referencing norms: CandidateModelYear, ModelYearFromUnambiguousCode, assert-hfc741e543d5587233b06e188095191f9b84038d487c9fe4a77deee6e3997b053

en · official · sha256:393b3368e44bfc92371a784e336272d17bc57a62d241acb66d4a480f8ff40ef0

(1) Assign to each number in the VIN its actual mathematical value and assign to each letter the value specified for it in Table III, as follows: Table III—Assigned Values A = 1 B = 2 C = 3 D = 4 E = 5 F = 6 G = 7 H = 8 J = 1 K = 2 L = 3 M = 4 N = 5 P = 7 R = 9 S = 2 T = 3 U = 4 V = 5 W = 6 X = 7 Y = 8 Z = 9

Referencing norms: PositionValue, assert-h0aaca1bc055120d0c5a37f7ab75ec92c9541e7efeb8fdbb5254cefaaeeb90e88, assert-h39274351031a21d83bb6ce46ac476da019dc9636fbd045de3284b286f3170491, assert-h43517de7ea85cfb1091af0b61e02b651be74fb9f9c6f6baf104e10b88d4975b2, assert-h5130ec88b9fa16fe76e27a98920364b96a7a35b1f30da75ed38e8e4a315b8b18, assert-h58a8bb8f60a036c04301469353e90e96dfbf78d7a1d96dc39803576b46ba3749, assert-h5a00e94cfb6169a91069efa68620d97a7c8cc5d2b57fe64ecb06144cba00411c, assert-h5fa7908858ae689d7000f706d258406dc44cba3082b4d6060de5b6fe76df4688, assert-h6fcd44f5c18c6782cf5f11b115529398b3312106c5c0a7866604c6229aed21f2, assert-h776a87669064ec6c54766d2a1dcfc7032a83f004bb181f4fe9a40bfc1420690b, assert-h782bb21b2ceeb5dd2b3cda8ab70bea4011240138fa7f0941dba4fb8725546b4d, assert-h7977dbed62861aaae0bb06eef13dc78728d380724718af1bc0e17497cb989156, assert-h7a54304b7e71ff9493129a2fbe8a2c272213e42a639018a5824173c1f6adc325, assert-h7da7b2b37c2154368765ee18495b601d36fcd4b79b41eb99fa78714c59bbbe11, assert-h8a1050564e96f3f1e098207da51b2d7f6e8903059dbd6150e2bfc05ef5962cb5, assert-h8d830ef8ef736e5e19fbb8b3fa7d25f6cb84a60c775592c7851a2e7ae31927ac, assert-h9686764a596e363e50de9de3c2ad68c77de0b20efb9d6b5fae2d04548afb8545, assert-h98fefbc41d2c09fbaaaa20169f1f60dea512ce3ea41e67efad1c29d17e57fc03, assert-h9c6935c5605ef00681c6770a1306e783d61862e9157e4315d9e5bfbb94689620, assert-ha5b534b1bc852a462a4ac99c43a1e31059b7fd973cc57e674b4844fea936d8d3, assert-hb6ff4864a96a5ebfe52cd0116c64dd16d42d62af929ea1a2efc752c0861a8dae, assert-hb7b136b3fe87b647d5f30f86f786111bb97d391fac2d6a9f71b85b409838f486, assert-hbb41007cb99ec735703e043e60ef1737dac8f33a8252c67be9c399f276562cac, assert-hbb680fc2319fbfd3f882366600f080bac97e22e154ff89e4441d00fe9120342a, assert-hc4302929296f1e3858b281b1fc167078e58aab334dd1a87131df2adabe00016a, assert-hc5b2e6abd0412205cabc3736b6295f9fcbb3f9db5384bea002783b926d542ee0, assert-hcddf895eaa09a2ee1785b9e633398e77ad6c02d4cda4824f6cd63466876bd818, assert-hd08e3204da3c88f0cd6ac91170db11db6fb41193e3ee1a925a0c0f25d2b66dbb, assert-he2787e0cca0b4bdd81bc838488df259d95bc527b06d0e8fc8524563e40b17158, assert-hf36dbbd6b3c1244e3fc5139b5f3a740ffb111a4803fbbafd9aa2b2fff87d46ca, assert-hf5c54f26461629ac89de9ef1069927f96efdd316952397637346aa757a477f10, assert-hf6406cb1b9010ee5e77d94c3660426be6faac7b4c5f10d77b312066aa35da927, assert-hfc611b5edf32bcaba5c87d1824149a9988516840d21b2f2a0cdfbb097b079a4c, assert-hfe00a14060121d12b055ce08181fa5b12e0f58ee2d8e406caed5086e941542e1

en · official · sha256:f67773e696fbcd66d801a695c1ae30462e8954d82754640d4e3d579efb7ce229

(2) Multiply the assigned value for each character in the VIN by the position weight factor specified in Table IV, as follows: Table IV—VIN Position and Weight Factor 1st 8 2d 7 3d 6 4th 5 5th 4 6th 3 7th 2 8th 10 9th (check digit) 10th 9 11th 8 12th 7 13th 6 14th 5 15th 4 16th 3 17th 2

Referencing norms: FoldBase, FoldStep, assert-h0fb1e17edd19f7db75718371905643afaff20bd239a296af8ca28b0d4e070e9f, assert-h2ad4613f70a265d7dfc5fb13fdd1e8ff39e63c3d431bdec7bb1e428948cf77ce, assert-h2d73d2d4f5422aa7a80c9391965ae1f698e36afc65074f2c8d70611fdc6be094, assert-h31afe63fd8a69f55d145aa38ef48aaeeefe4f56ae94ca40419837147f386e9d5, assert-h56711f15c5ad1275e6876cd94cbb7fef06cdc3ba29e14bc248bfae7c712771ff, assert-h56b2662134442a83dedc4ecf958af82dd39e522f2114b8cc6815fafb0702dda1, assert-h57599195bf1ff74c29428502087bd2f102eabda99df1bc9cdff05bc01501d59f, assert-h61bf154e9c0a898c67bde6736951c0354f00a48cefe4f905ad1c9b5d93e911f1, assert-h6fd8e4bbbf008c708d02e7ca9f4e4106b731824f104330865e015a7f3cb2e8e8, assert-h9051229a42afce04ba565e3b2515cbd82d34c66ed2ff0046daee6b8a56afb3bb, assert-h94d83095e33182eb6781db83613bc6ec7fdbe804353723c50248a30e83a7edfd, assert-h966c4641cdb2a57a11fd6a404bc0577c4dea415dfa4f459d1963bb1e577a4a06, assert-h9cafdb56f5091058b20d90fee1796a071d90199cf8f7d69d514b855d654534a8, assert-hbf8e5e56a913e807a0b830dd00d7ca4cf7f7285b77afd33d37af6161549dd96f, assert-hc190dffa84ca5f8a65199c309c3c3cb14200e6bf967dd26899faf327ceb06f2d, assert-hc42d3d534036e0a42979e831da05e596da580b979fc9a2b52236317ff94b4b44, assert-hf389a06b3ab297fe154381b45e64ae58e52fe8e977c91f9e34bd00d4b8cdb035

en · official · sha256:0c213b60ab0a09ebed16176247eb5df2497da21ce70d8e66c50a194c41db2f72

(3) Add the resulting products and divide the total by 11. (4) The check digit is based on either the Fractional Remainder or the Decimal Equivalent Remainder as reflected in Table V. All Decimal Equivalent Remainders in Table V are rounded to the nearest thousandth. The check digit, zero through nine (0-9) or the letter “X” shall appear in VIN position nine (9). Table V—Ninth Position Check Digit Values [Rounded to the nearest thousandth] Fractional Remainder 0 1/11 2/11 3/11 4/11 5/11 6/11 7/11 8/11 9/11 10/11 Decimal Equivalent Remainder 0 0.091 0.182 0.273 0.364 0.455 0.545 0.634 0.727 0.818 0.909 Check Digit 0 1 2 3 4 5 6 7 8 9 X

Referencing norms: CheckRemainder, CheckTotal, ExpectedCheckChar, assert-h339ce52b47fc18704ea918b8f0dad39c4e1adfb7f83ea65cd91bc5aec30edade, assert-h3d41230aeb5b58708a0bfc93a7fb26ce7b9b1ea3cf2241841f2ea856634fa47f, assert-h3da926d32d68f636b092a4437629ca1cfc5b21d0730e6ab79fdc95d672fa5bd5, assert-h64a23c342928e963d4f2c7795a221c7851f853eab9abce09a4b4a131cbd13ba0, assert-h847e63e7c757a658537215af72aec1d4582073e55e105147c55c12250d77fb19, assert-h9a873bac6d6542c0d0cc0434d27900e148c119df9cc714be508d96eec00e1b58, assert-hc7b50f376a499ff2029610b378a8503a721eb46681de11697d361c507e7af2dc, assert-he007614142e8aef25d5c59cac99dda163d5e2379ad5dd65113df592ae0adb9fa, assert-he0a556f7a3023e940cccd5bbfdc9e155665b4363434765956bb500a195deeb3e, assert-he73fc259f9d7da070dd66f86de242b709d8ad608af26eba2750023467bc11f55, assert-hed7fa3a4cea77029063d3231ae4eb1e40610913b74db31456b39c75135d3dab5

en · official · sha256:579c9b99bb6f70645eaf1ab47b194162463f5492db71a05e3070aff21bd982bd

(5) A sample check digit calculation is shown in Table VI as follows: Table VI—Calculation of a Check Digit Vin Position 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 Sample VIN 1 G 4 A H 5 9 H 5 G 1 1 8 3 4 1 Assigned Value 1 7 4 1 8 5 9 8 5 7 1 1 8 3 4 1 Weight Factor 8 7 6 5 4 3 2 10 0 9 8 7 6 5 4 3 2 Multiply Assigned value times weight factor 8 49 24 5 32 15 18 80 0 45 56 7 6 40 12 12 2 Add products: 8 + 49 + 24 + 5 + 32 + 15 + 18 + 80 + 0 + 45 + 56 + 7 + 6 + 40 + 12 + 12 + 2 = 411. Divide by 11: 411/11 = 37 4/11 or 37.3636. If the fourth digit is 5 or greater, round up. If the fourth digit is 4 or smaller, round down. In the example above, the remainder is 4/11 or 0.364 when rounded up. Looking up the remainder in Table V—Ninth Position Check Digit Values indicates that “4” is the check digit to be inserted in position nine (9) of the VIN for this sample digit calculation.

Referencing norms: assert-h2d73d2d4f5422aa7a80c9391965ae1f698e36afc65074f2c8d70611fdc6be094

en · official · sha256:0feab151680806826874599d5adbe41780d16e8baa738aed08e6f1fc073260c6

Table VII—Year Codes for VIN Year Code 2005 5 2006 6 2007 7 2008 8 2009 9 2010 A 2011 B 2012 C 2013 D 2014 E 2015 F 2016 G 2017 H 2018 J 2019 K 2020 L 2021 M 2022 N 2023 P 2024 R 2025 S 2026 T 2027 V 2028 W 2029 X 2030 Y 2031 1 2032 2 2033 3 2034 4 2035 5 2036 6 2037 7 2038 8 2039 9

Referencing norms: AmbiguousYearCode, AmbiguousYearCodesAreClosed, CandidateModelYear, ModelYearFromUnambiguousCode, ModelYearUndetermined, assert-h04a4427c29e461b61802cc15b62c850b394c9c4b1ad96bac006994193555a104, assert-h05f3c73e2623d0f3c2f73a1ced326f81a500e4932f716e62e9384d2430fe0951, assert-h0938526252c067fa4e3be46bc5a1338280c4509450b67a98cb7bddc96c4e708e, assert-h1602e3a227706ad238b3d4bae20a6fc7424de3bf9782630feec2825e4f8d9d9b, assert-h178a1e647204af9101f8711ad173d1b09f360de9c0cc7be4f1e4ea28d5f13054, assert-h251748abe5e56fcef36838eb2be73230e25bfa8974f9947cb53df99c9a481c7f, assert-h29cd06c6065c2f5d09c1c56bf60f967037b5a31979a41ec35e0f83e682a15a9e, assert-h2afcaece86b76feecf9abcf5c567376b6d7a9ea699d8d24b64af0d5b092aaf6d, assert-h2f94ae289299b3966696a7fc8ccca76c4e02aa7ce52638bcace172ac11eb64f1, assert-h3731bed1a2eba5e31e7527c124ae3c1401b80c34e788e7cc129a79022c6a6f18, assert-h3c1205693a55b1e9f981d709e7d57285d4d799d2a9614d5b9a8f4913bc92f643, assert-h40a0950143dadd80c058e7ce8046c8ed226696a3c4dbf49686671555e4a3199f, assert-h57f8d3cdaf211fc555596c8fbe0c850c8960e41c151046cd7d1dc1ab67b59231, assert-h5a3646d4e3cf94454450dc9dbaabe13a24a62a9f66340ccb5a64474bcdbc63df, assert-h65d069d4253dac91e91a4fd895d1538df956fe76803bd02087a7e8c592b1e744, assert-h72ca77e3b3c556cce8f04ea79aec8d7b561d9ba56191e2cab090ac88e68a31c1, assert-h77b84a28a70c210a941581f1f5c200c1d3cb760febc4d6aae254bbe83721fdc7, assert-h81ab4542ed5522ae2b546a520a67a8b40ac09e04378ff2e38194cb2fbd186c46, assert-h81b4853b31c2dd932ea85737fcbeba688ab94f88c83a1835a773bf6358f1c60a, assert-h84dd334a1392c5c4405d59a91c1555e4552d10a5c490ddcc9ef8fac4185f44ba, assert-h9021e52450a6ec7078942bb4366cc0eb62e17e7411b4f3c304fe4f324f72db27, assert-h940c7bc67ef4360d849befcca304caff770601ffd26cd8616a12973f3a6760ba, assert-h9a929979f91cd6fa6d5aea232f7a4d8173e58e11a52b9c7d9a29184d1a56938f, assert-ha377d24789023d1e22024ecc6605f39bfe7c85a6c4b0378cdf5b30f191d5763c, assert-haebbf3bacd51b89e87e076b2d09dbb34aebeb665767fc7698190198c1181a818, assert-hc385207d09d4176126bdcf2042204f0db549effa75a5f0ee3f993d13c147fe64, assert-hd207bbda4cdfda2a2046ad85d09df88b7e7cfdae20c08ae937340ac22dd07b7b, assert-hd601e64fd736d3f0ae636c3fa4cda5edb3ebd87ec62ef44977dc683bfd68ba47, assert-hde43eb2571721a27f9cf0e04d87a773f2cd3284be4e4decc2706b74f7e5b60f8, assert-hef32a682f458536d2b513a0292bbcb0099ec7b0619044dae809a835cd16b466a, assert-hf182861da7d8d40d1b4e05e3137e199d78c43e92d29ba068cfb15da85e93324a, assert-hf6b93c6dc62b9dde86633b3c9ee5d12ea7591251b843ae7c8381100862e90d44, assert-hf931a2051ff6f18d768f6e3420029111798210df2a70c46314cc5a0dd12355b1, assert-hfbc36d6818176cb1c2448214309c48589fb3ed3d5b69727fe2f6fbb67bb05024, assert-hfc92bd14d276d69900c5f03a24b03baa9a338452dd08726ada8ffa40f93d0816