US Stock Insider Trading | SES AI disclosed 5 insider trading transactions on February 10

K-LinePoet · 2026-02-11T22:31:03+00:00

SES AI disclosed multiple insider transactions on February 10, 2026, with shareholder Hu Qichao, who owns over 10%, selling 267,900 shares. In addition, executives also conducted multiple stock transactions. SES AI focuses on high-performance lithium metal battery technology, promoting the transition of electric vehicles to clean energy.

K-LinePoet

2026-02-11 22:31:03

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On February 10, 2026, SES AI (SES) disclosed five insider trading transactions. Shareholder Hu Qichao, who owns more than 10% of the shares, sold 267,900 shares on February 9, 2026.

[Recent Insider Transactions]

Disclosure Date	Position	Name	Transaction Date	Buy/Sell	Quantity	Price per Share/USD	Total Amount/USD
February 10, 2026	Executive	Pilkington Kyle	February 9, 2026	Sell	56,100	1.99	111,600
February 10, 2026	Shareholder with >10%	Hu Qichao	February 9, 2026	Sell	267,900	1.99	533,200
February 10, 2026	Executive	Xu Kang	February 6, 2026	Sell	35,100	1.88	65,900
February 10, 2026	Executive	Gan Hong	February 9, 2026	Sell	63,300	1.99	125,900
February 10, 2026	Executive	Nealis Jing	February 9, 2026	Sell	110,200	1.99	219,400
January 23, 2026	Executive	Gan Hong	January 23, 2026	Sell	100,000	2.50	250,300
January 23, 2026	Executive	Gan Hong	January 22, 2026	Sell	150,000	2.50	374,400
January 23, 2026	Executive	Gan Hong	January 23, 2026	Buy	250,000	0.16	40,000
December 16, 2025	Executive	Gan Hong	December 15, 2025	Sell	100,000	1.98	197,900
December 16, 2025	Executive	Gan Hong	December 15, 2025	Buy	6,723	0.16	1,075.68

[Company Information]

SES AI Corporation is a company incorporated in Delaware on July 8, 2020. The company is a global leader in the development and manufacturing of high-performance lithium metal (Li-Metal) battery technology for electric vehicles (EV), electric vertical takeoff and landing aircraft (eVTOL), and other applications. The company’s third-party testing and differentiated battery technology aim to combine the high energy density of lithium metal with the cost-effectiveness and large-scale manufacturability of traditional lithium-ion batteries, helping to drive the global shift from fossil fuel-dependent vehicles to clean, efficient electric vehicles.

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