TradeWeave provides public trade analytics and research. Its BACI HS96 core covers 1996–2024; country and product coverage varies by dataset and HS revision. Protected APIs require an eligible account.

What data sources does TradeWeave use?

TradeWeave combines data from BACI/CEPII (bilateral trade flows), WITS/TRAINS (tariff rates), World Bank WDI (macroeconomic indicators), ESCAP-World Bank (bilateral trade costs), FRED and BLS (freight indices, exchange rates), and FAOSTAT (agricultural trade).

How can I analyze a country's trade profile?

Visit the Country Profiles page and select a country or territory to see their export composition, top trade partners, revealed comparative advantage (RCA), Economic Complexity Index (ECI), trade diversification, and trends over the available years.

What is the Economic Complexity Index (ECI)?

The Economic Complexity Index (ECI), developed by Hidalgo and Hausmann, measures the productive knowledge embedded in a country's export basket. Countries that export a diverse set of sophisticated products score higher. TradeWeave reports ECI ranks for eligible economies from 1996 to 2024.

Can I simulate the impact of tariff changes?

Yes. TradeWeave's Tariff Simulator lets you model how tariff changes affect import volumes using real product-level demand elasticities and MFN tariff rates for over 1,200 HS4 products.

How far back does the trade data go?

The primary BACI dataset covers 1996-2024 with HS6 product detail. TradeWeave also includes historical trade data spanning over 200 years (1800-present) from academic compilations.

Tariff Impact Simulator

Armington CES partial-equilibrium model. Simulate bilateral tariff policy changes and quantify effects on trade flows, prices, and welfare. The model holds consumption utility and producer prices fixed. Consumer compensation and tariff-revenue changes exclude domestic production and wider economic effects. Pick a preset scenario or build your own below.

Baseline bilateral panel: BACI 202601 (CEPII), bilateral product panel, HS02-HS22, 2002-2024 (retrieved 2026-06-01). For years before 2002 or uncovered HS6 lines, the simulator labels and uses proportional fallback from `bilateral_year`; it never presents that fallback as observed HS96 bilateral trade.

Year

Product Level

Preset Scenario

HS Codes

Country of Interest

Tariff Changes1

raises tariff on imports from

from

(0.0%)

(10.0%)

Phase-in gradually

Source: BACI International Trade Database (CEPII), HS96, 1996-2024 | Observed bilateral baseline panel: BACI 202601 (CEPII), bilateral product panel, HS02-HS22, 2002-2024 (retrieved 2026-06-01)

Methodology: Armington (1969) CES partial-equilibrium model. Baseline bilateral flows use the observed BACI bilateral-product panel when available (2002-2024, BACI 202601 (CEPII), bilateral product panel, HS02-HS22, 2002-2024 (retrieved 2026-06-01)); uncovered product-years fall back to labelled proportional allocation from bilateral_year. Substitution elasticities (sigma) at HS6 level from Soderbery (2018), Trade Elasticities, Heterogeneity, and Optimal Tariffs, Journal of International Economics 114; default sigma = 4.0 where no estimate exists. Consumer compensation uses the calibrated CES expenditure index (Thomas F. Rutherford, Getting Started with CGE Modeling). Net effect adds the change in tariff revenue. Producer surplus is zero under fixed producer prices and perfectly elastic supply; domestic production and economy-wide welfare are not estimated. Supplier losses and gains are matched proportionally within each importer, bounded by both budgets. This accounting attribution does not identify actual rerouting.

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